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STRUCTURAL INSULATING PANELS TOLL FREE 877-666-0476

603-746-3556

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urus envisions a time when Structural Insulating Panels (SIPs)

are the conventional construction method of architects engineers

bUilders and home buyers We are proud to stand at the forefront

of this mowment We are innovative SIPs are rapidly finding their

way into the mainstream and consciousness of the building commushy

nity because of their time- cost- and energy-saving value

We are committed Murus programs of systematic quality control

research and development

of new products alternative The Mlirus Company was founded in 1987 for the sole purpose of manufacturing the very best structural uses for existing products and insulating panel system and to provide our clients with

progressive enhancements in comprehensive services and Total Client Support in the delivery of our structural insulating panels client support servicing are Very Best Murus brand structural insulating panels in place and are continually have always been manufactured using only the highest

updated quality materials The combination of our exclusive patented components and manufacturing process creates

This brochure is about Murus the worlds premier structural insulating panel system

Polyurethane (PUR) SIPs If Total Client Support From your first contact with the Murus staff right through to delivery and installation

youd like information about of our structLiral insulating panels we offer outstanding our EPS SIPs please call us at technical support and professional client services

570-549-2100 or email us at

murusnpaccnet

Mur-us (myr-Ss) n Latin 1 integral wall or ceiling as in mural 2 protection

durability Today SIPs are used in thousands of projects each year throughout North America and the world

tructural insulating panels

While most architects and engineers are versed in the concept of SIPs (generically called foam core

panels or stress sfltin panels ) many homeowners and builders are still unfamiliar with this revolushy

tionary product Here are some fundamentals you should know

The first SIPs were manufacshytured in 1952 by the Dow brothers and were used in the construction of a residence built on the University of Wisconsin campus When the project was completed it was dedicated by Eleanor Roosevelt and is still in use today and in good condition Due to the panel systems phenomenal energy savings and faster close-in times it gained popularity as enclosures for timber frames during the 70s and 80s In the early 90s the SIP market emerged and was led by a few manufacturers such as Murus who tested their product to substantiate strength fire resistance and

The strength of SIPs is intrinshysic and is based on the same principles as structural shapes such as I-beams and stress-skin components such as an airplane wing All th ree (SIPs I-beams and airplane wings) share the same concepts The outer skins or chords (in the case of an I-beam) are held apart and rigid by a center core or web When these components are stressed by bending the core is stressed in shear and the skins are stressed in compression or tension Due to the distance of the skins (or chords) from each other their strength-producshying properties are increased exponentially

SIPs consist of a rigid foam insulation core that is bonded between two layers of rigid sheathing referred to as skins Murus SIPs are manufactured with rated skins and are capable of supporting axial and transshyverse loads Oriented strand board (OSB) is the most widely used skin material for structural applications due to its competitive cost availshyability of sizes and volume produced ass is produced from fast growing renewshyable trees which reduces the strain on our nation s forests

oose Murus structural insulating panels

We manufacture SIPs in a variety of configurations and

in several thicknesses to accommodate virtually every

residential or light commercial application Within this

brochure youll find important information that will allow

you to make an informed decision when choosing Mums

SIPs for your next building project

As the most technologically advanced building system

available Mums SIPs provide high efficiency in both

installation and insulation value

Murus SIPs can be incorposhyrated into a wide variety of projects and requirements

bull Our limited lifetime warranty backs Murus polyurethane SIPs against delamination between the foam core and skins This protects everyshyone and provides security in knowing you have the best SIPs available

consumed and burned each year

OSB skins used by Murus are made of wood strands from fast-growth trees one of nature s most renewable resources And our polyshyurethane foam is produced from petroleum by-products and recycled materials Murus foam is 100 organic does not contain formaldehyde CFCs or HCFCs If every home in the us were built using Murus SIPs it would save the eqUivalent of apprOXimately 1 billion barrels of crude oil

Save money now You will experience faster construcshytion time when using Murus SIPs Whether constructing a home enclosing a commercial steel structure or roofing a school building because of the composite construction of Murus SIPs you will realize significant savings over field labor and built up systems And the patented camshylocking tongue and groove connection system that is built into our polyurethane SIPs insures an even faster and tighter seal between panels than other SIP systems

Save money later Murus SIPs offer superior insulating values-better than any other commonly available insulashytion and better than other building systems that are plagued by thermal bridging and breaks and air infiltrashytion Our system provides more R-value per inch and virtually eliminates energy robbing air infiltration OUr system reduces wall thickness and reduces the cost of wider

plates and nailers window and door extension jambs and nets more floor space Murus SIPs create the most comfortable structure possishyble and can save 50 percent or more in heating and cooling costs over convenshytional construction

Murus polyurethane foam core has a Class I fire rating-the best available for combustible materials Murus polyurethane will not support combustion and because the foam core is solid there is no cavity in the walls or roof to permit a chimney effect inherent with open cavity construction The Murus SIP system is much stronger than conventional construction techniques providing continushyous structural support and double fastened connection details

Murus SIPs are custom manufactured to your projects unique specificashytions With a variety of interior and exterior skins panel thicknesses and lengths

Total Client Support We belielfe our SIP system is the best way to build your new structure In addition to scientific and research data that unquestionably proves our systems excellent performance every Murus SIP system is backed by our exclusive Total Client Support program This means that you get the expertise of a whole team of technical profeSSionals plus a long list of support services available to you such as

Design and Engineering We provide support and inforshy

mation to profeSSional specifiers in regard to product

specifications structural capabilities connections and

fastening requirements

Technical Drawings We support professionals by providshy

ing direction and details or by providing construction

drawings specific to each job

Custom Design Plans Home buyers can take advantage of

our custom design services which begin with your building

lot your ideas and your desires You may opt to have a

Murus representative visit your building site to assist you

in the planning and pOSitioning of your home Your plans

will culminate with 1 4 scale design drawings

Custom Manufacturing All SIPs are manufactured to each

project s individual specifications and requirements Roof

and wall panels are available in a variety of thicknesses

lengths and skins We will help you choose the panel that

works best for your project

Precut Panels Murus can provide SIPs precut to your

project s specifications using our state-of-the-art computshy

erized CNC equipment Precutting entails cutting of wall

and or roof sections to overall dimensions cutting of

window and door openings and routing of the foam core

to accommodate inlet plates and nailers SIPs are labeled

to correspond to the cutting plans for field identification

Technical Advisor Murus can arrange for a factoryshy

trained Technical Advisor to work with your professional

crew to help get your project started

ompare Common insulating materials used in wall roof and floor construction fall into two general categories fibrous materials (such as fiberglass and cellulose insulations) and foam plastics (thermo-plastics and thermo-set plastics) Polyurethane foam was selected as the core material for Murus SIPs only after studying research data on the properties and values of foam plastics

The Murus rigid polyurethane foam system is a highly advanced state-of-the-art thermo-set plastic formulation While other foams in the same family are often referred to as urethane they are in fact merely chemical cousins to Murus polyurethane Our system is specially designed for use in our exclushysive manufacturing process to achieve high performance in three areas (R-value structural properties and fire resistance) that are critical to producing high-quality SIPs

Our polyurethane foam core and our composite panels have been tested by independent laboratories for structural capability fire petjormance and durability We are enrolled in a voluntary third party quality control insurance program through which our manufacturing facility is routinely yet randomly inspected to verify consistent product quality

Our foam system is listed with a Class I fire rating It polyurethane will begin to burn and quickly produces a will not draw back or melt like thermo-plastiCs such as heavy thick char which is not conducive to burning Once expanded polystyrene (EPS) When exposed to flame the the flame is removed from the foam it will self-extinguish

Thermal Insulation Material UL 723 Surface Burning Characteristics Form of Degradation

5 Murus Polyurethane (foam core) Class I Heavy charring Remains solid does not melt 11

~sect Polyisocyanurate (board stock) Class J Heavy charring Remains solid does not melt ~~

Class J Extruded Polystyrene (board stock) Quickly draws back i Melts into a liqUid I ____

5 - Expanded Polystyrene (board stock) Class I QlJickly draws back f elts into -a liquid gtz

5~ Spray Urethane (low density cavity fill) Class J Heavy cha_ ri_______-+I__ma~~s soli~ does not melt r_ ng Re__

Class J bullbullFiberglass (board stock) Deteriorates I Binder decomposes

cellulose (loose blown) Light charring RemaIns solid does not melt

Fiberglass Batts (faced and unfaced) I Class I I Deteriorates I Binder decomposes

Class 2

_________ _ _ _ __L~

bull UL 72J is not lIIcessartly representational of performllnce in an actual ire bull Is lot necessarily I representative of all product brands

The properties and characteristics of Murus polyurethane are superior to that of isocyanurate and polyisocyanurate foams typically produced by the lamination method The proprietary Nlurus manufacturing method-Uniform Dispersion Molding (UDM)-is a key component to creating our SIPs superior characteristics The UDM method enhances the properties of the foam and creates the strongest possible bond between the skins The Liquid foam is uniformly dispersed throughout

liqUid foam is uniformly dispersed throughout the mold lIold

the foam expands bonds and cures under 12- J 4 pSi unmatched by any other method UDM produces uniform foam density throughout the panel with spherical cells that give the foam superior and uniform strength as compared to elongated rice shaped cells produced by polyisocyanurate lamination foams

Foam expands bonds alld cures under 12-14 psi

51

I IThermal Insulation Material

Murus Polyurethane (foam core) fa 9 Polyisocyanurate (board stock)gt

Extruded Polystyrene (board stock)

IGHER than other insulation methods

R-Value Water Vapor rWater Absorption (per inch) Permeability ( by weight)

675 Less than IO Negligible

I59-61 Less than 4 Negligible

R-value degradation due to

i

Moisture andor Water Absorption

No

II No

Settling

No

No i i

5 Less than 2 t Up to 4 I Yes j No -------------------------~-----middot-~~-middotmiddoti-~-~---middot~ ------_t-middot-~-~--~-~--- ----~+---~----~ ~ Expanded Polystyrene (board stock) 385 2-5i Up to 3 (by volume) I Yes No uo u ~ I Spray Urethane (low density cavity fiJI) 36 1O-15 Up tl1 4 I Yes i No ---------------------------+------- -- -- - -- -- L - __ ____ __ ____ _+ __________________L__ ------ --

Fiberglass (board stock) 38 100 Up to 10 Vgt =gt ~ Cellulose (loose blown) 325 100 Up to 15 co u

Fiberglass Batts (faced and unfaced) 3 15 100 Up to 2 ________ __ __ __ _ ______ ___ __ L ___ _ __J

Yes No

Yes Yes

Yes Yes

Independent studies show that air infiltration can account for up to 40 of the heat loss in a building The airtightness of a buildshying becomes even more important when considershying overall energy efficiency Air infiltration creates drafts and air stratification (cold floors and hot ceilings) These conditions rob energy and create a phYSically uncomshyfortable living environment The Murus SIP system is 3 to 5 times tighte r than typical construction methods saving energy and creating a controlled comfortable interior living environment

Independent studies demonshystrate that wood andor steel framing members reduce thermal performance of the whole-wall R-value by 20 to 50 over R-values of insulating mate rials measured in-the-wall The Iv]urus SIP system outperforms other systems and methods because it does not reqUire conductive steel or wood framing nor does it reqUire panel-to-panel spline connections

Also known as perm rate water vapor permeability is the ability of water vapor to pass through a material Methods or systems utilizshying insulating materials with high perm rates allow wanted interior moisture to escape under heating conditions (winter) and allow unwanted moisture to enter under cooling conditions (summer) Conventional methods use a vapor barrier to reduce permeability This method is

prone to condensation of vapor into water which affects insu lation values durability and may promote mold growth

Independent studies reveal a mere I moisture content in fibe rglass insulation reduces its effective R-value by 50

The polyurethane foam core in Murus SIPs does not absorb moisture therefore R-values are not reduced due to moisture

Murus SIPs have the highest R-value per inch of any buildshying system available You can use a thinner wall section which reduces the cost of window and door extension jambs plates and nailers and nets more floor space

Installation of an a ir exchange system helps assure a comfortable and healthy living environment

Murus SIPs are custom manufactured to your plans

specifications Pre-cut SIPs have rough openings

ready for component installation

r

lfa From the highly advanced foam core to the highest

quality interior and exterior skin materials Murus

chooses only the best The finished SIP is molded

to perfection with our patented cam-locks il1

place and our standard electrical chase located

for convenient wiring Whatever type of skins you

choose you will be insured of receilting the very

best SIP available Several different interior skins are

available including OSB 12 gypsum wallboard

and TampG wood paneling

Insulating Core Type Polyurethane closed cell foam

Thickness (for OSB-21 45) 3- 11 16 in

R-Value 675 per in thickness

Density 22 Ibcu ft

Insulating Core Properties 40esign Values

K Factor (aged foam) 148 ASTM C-518

Com pressive Strength 23 psi ASTM DI621

Compressive I MOE 682 psi ASTM D1621

Shear Strength 31 psi ASTM C-273

Shear Modulus 203 psi ASTM C-273

Flexure Strength 52 psi ASTM C203

Flexure Modulus 587 psi ASTM C203

Tensile Strength 37 psi ASTM DI623

Tensile Modulus 611 psi ASTM DI623

MVTPerm Inches 10 ASTM E-96

Foam Fire Rating Class J bull UL 723

Flame Spread 20 UL 723

Smoke Developed 300 degUL 72 3

IOE IVodulus of Elasticity MOR Modulus of Rupture JMD Machine Direction Design Values are mean derived from multiple specimens

UL 723 is not necessarily representational of performance in an actual fire Class t is the highest mting available or combustible materials

Murus polyurethane foam is safe to humans and the environment It

does not contain formaldehyde CFCs or HCFCs and is 100 organic Murus polyurethane foam key to the Murus SIP system is produced from petroshy

leum by-products and recycled materials

Oriented strand board (OSB) is made of wood

strands from fast-growth trees one of natures most renewable

resources These wood fibers are glued together with durable

resins to provide a solid finish-ready exterior

surface

Our patented cam-lock system saves as much as 30 on

installation time compared to other SIP systems and offers even greater time

savings over stud wall construction It also proVides the most positive seal between

panels virtually eliminating moisture and air-infiltration Cam-locks are located every two feet up the length of the SIP

and in conjunction with the tongueshyand-groove connection create an

exceptionally strong superior building system

The chase is foamed in place during

manufacturing with several chase height

options

Murus SIPs can be site-cut or ordered factory pre-cut on our computerized CNC cutting eqUipment SIPs are then numbered for easy reference during installation Comprehensive instruction manuals are supplied with each order You or your professional contractor can install the SIPs and a Murus Technical Advisor is available if desired Or you can choose to have a Murus-trained crew handle the SIP system installation

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one Ing systems

OSBmiddot2100 (058058) CLADmiddot2100 (OSSOS8PC)

-

bull bull 716 Exterior Grade Exposure- I APA or equivalent rated oriented strand board (OSB)

Overall Thickness

Sta nda rd Lengths (feet) 46 B 91012 14 16 IB 20

Weight Obsq ft) 375 I 395 I 415

Core Thickness 3-11 16 I 4-11 16 I 5-11 16

7 16 Exterior Grade Exposure-I APA or equivalent rated oriented strand board (OSB)

3 4 Standard Grade (kiln-dried) WP4-Eastern White Pine TampG with V-groove face pattern

JCLAOmiddot2145 CLAOmiddot2155 CLAOmiddot2165

Overall Thickness 5-3 B 6-3 8 7-3 8

IStandard Lengths (feet) B9 10 12 14 16

I Weight Obsq ft) 455 475 495

ICore Thickness 3-11 16 4-11 16 5-11 16

System R-Value I 27 34 41Load Bearing Insulated Garages

Curtain Wall Insulated Warehouses

Roof Spans up to 4 ft Timber Frame Structures

Roof Spans over 4 ft Heavy Timber Rafter Systems

Residential Construction Glue Laminated Structures

Commercial Construction Manufactured Roof Trusses

Structural Steel Framing Pool Enclosures

Due to manufacturing processes all dimensions are plus or minus standard tolerancf

Curtain Wall Timber Frame Structures

Roof Spans up to 4 tt Heavy Timber Rafter Systems Root Spans over 4 ft Glue Laminated Structures

Residential Construction Manufactured Roof Trusses

Commercial Construction

ISystem R-Value 26 33 40I

I

PTpmiddot2100 (PTPT) CBmiddot2100 (CBCB)

-

10 mm (also available in 8 and 12 mm) Cement bonded particle board comprised of wood particles and cement

- ICSmiddot2145 CSmiddot2155

Overall Thickness 4-5 8 5-5 8 ______L______

Standard Length s (feet) 8 10 ___---shy

Weight (lbsq tt) 575 595

Core Thickness 4-3 4 5-34

System R-Value ----__---__ --_

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26 33 ]

1 2 CA 10 - CDX Grade APA or equivalent rated pressure treated plvood

r- 21 ~ PTpmiddot2155 PTpmiddot2165

Overall T hickness 4-5 8 I 5-58 6-5 8

Standard Lengths (feet) 8 (10 3vailalgtle by special order) I weight (Ibsq ft) 375

Core Thickness 3-1116

System R-Value ~shy

26

395 I 4 15 4- II I 6 middotmiddotmiddot~middot~~middot(-I

----shy-shy _ j

33 40 I1

Load Bearing

Curtain Waif

Roof Spans up to 4 ft

Roof Spans over 4 ft

Residential Construction

Commercial Construction

Structural Steel Framing

Insulated Garages

Insulated Warehouses

Timber Frame Structures

Heavy Timber Rafter Systems

Glue Laminated Structures

Manufactured Roof Trusses

Tropical Climates

Pool Enclosures

Curtain Waif

Roof Spans up to 4 ft

Roof Spans over 4 ft

Residential Construction

Commercial Construction

Structural Steel Framing

Insulated Garages

Insulated Warehouses

Glue Laminated Structures

Tropical climates

Pool Enclosures

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CD LL CO Vl

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716 Exrerior Grade Exposure-I APA or equivalent rated oriented strand board

IZ Veneer Base (BlueBoard) Gypsum Wall Board

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Vertical or horizontal roof spans not to exceed 4 ft Unsupported overhangs not to exceed I ft Unsupported vertical or horizontal wall spans not to exceed S ft

7 16 Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

5S 303-6 Grade (S in on center face pattern) T-I-II pine plywood

716 Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

IZ Gypsum Wall Board - Fiber reinforced shyVertical or horizontal roof spans not to exceed 6 ft Unsupported overhangs not to exceed ISin Unsupported vertical or horizontal wall spans not to exceed 8 ft

I Z CA 10shyCOX Grade APA or equivalent rated pressure treated plywood

I Z Gypsum Wall Board - Fiber reinforced

~~ruiimiddotllI bull - bull Vertical or horizontal roof spans not to exceed 6 ft Unsupported overhangs not to exceed IS in Unsupported vertical or horizontal wall spansmiddot not to exceed S ft

14 (716 optional for nailbase) Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

( Z Low Density Wood Fiber Composite (Sound Board) Fiber Board Insulating Sheathing

_shy -- -_

Overall Thickness

Standard Lengths (feet)

Weight (lbsq ft)

Core Thickness

System R-Value

---- ----- --shy

S9 10 IZ 14 I _-J

395- middot14~middotimiddot5middot 435

I 3-1116 I 4-1116 5-11 16

I Z6 r 33 i 40 I_shy - shy

Tmiddot1middot11-2145 T111-2155

Overall Thickness 4-3 4 5-34 I

a_ _ng ______ l S__9_(_I_ aI-S_t_a_n_d_ rd_ Le__ths (feet_ o___ ~1-4

I

Weight (lbsq ft) 400 i 420

Core Thickness 3-1116 I 4-1116

m R-___ l__Z_6

_

I ~_s_t_e___va u_e___ _ _ 3_3 _1_ _

r FS-2145 I FS-2155 I FS-2165

overall Thickness I 4-5S 5-5 S

Standard Lengths (feet) S la IZ

Weight (Ibsq ft) gt 95 i 4 I5

-- --kn --I-core-T-h i c--ess----r-~-~-I-I-16middot 1 4~1II~

__s ____~ _ lu e------ _~___ystem R-gt_va~- _ 33 _

Overall Thickness

Standard Lengths (feet)

Weight Obsq ft)

Core Thickness

System R-Value

8 (10 available by special order)

395-] 415

Overall Thickness

CP-2145 CP-2165

4-5S 6-58

Standard Lengths (feet) S

i-_IV_e_ig_h_t _O_b_s_q__ft_)_~~ gt Z60 __ I ZSO

3-7S~~7S I 5-7S

i shys-yshyst-e-m==R=-=V_a- ~1-lI=e=======~__~~~~gtgt t-shy _4__--

Core Thickness

I 6-5S i I

I 435

I ~II11

~ J

-This product may lIot bt recommended nor laquomllta lor usc In wall applfaUcms For addlrJonal desiglr InformalJorr contact MUTUs middotSlructunlt fk(lgn Guidelines for fermer Dilly Product mpabllWes may be greater han or rss llrall liscd depending 011 pmuI rlckntss and or (x-a or rtgionalloads

• UntitledPDFpdf

oose Murus structural insulating panels

We manufacture SIPs in a variety of configurations and

in several thicknesses to accommodate virtually every

residential or light commercial application Within this

brochure youll find important information that will allow

you to make an informed decision when choosing Mums

SIPs for your next building project

As the most technologically advanced building system

available Mums SIPs provide high efficiency in both

installation and insulation value

Murus SIPs can be incorposhyrated into a wide variety of projects and requirements

bull Our limited lifetime warranty backs Murus polyurethane SIPs against delamination between the foam core and skins This protects everyshyone and provides security in knowing you have the best SIPs available

consumed and burned each year

OSB skins used by Murus are made of wood strands from fast-growth trees one of nature s most renewable resources And our polyshyurethane foam is produced from petroleum by-products and recycled materials Murus foam is 100 organic does not contain formaldehyde CFCs or HCFCs If every home in the us were built using Murus SIPs it would save the eqUivalent of apprOXimately 1 billion barrels of crude oil

Save money now You will experience faster construcshytion time when using Murus SIPs Whether constructing a home enclosing a commercial steel structure or roofing a school building because of the composite construction of Murus SIPs you will realize significant savings over field labor and built up systems And the patented camshylocking tongue and groove connection system that is built into our polyurethane SIPs insures an even faster and tighter seal between panels than other SIP systems

Save money later Murus SIPs offer superior insulating values-better than any other commonly available insulashytion and better than other building systems that are plagued by thermal bridging and breaks and air infiltrashytion Our system provides more R-value per inch and virtually eliminates energy robbing air infiltration OUr system reduces wall thickness and reduces the cost of wider

plates and nailers window and door extension jambs and nets more floor space Murus SIPs create the most comfortable structure possishyble and can save 50 percent or more in heating and cooling costs over convenshytional construction

Murus polyurethane foam core has a Class I fire rating-the best available for combustible materials Murus polyurethane will not support combustion and because the foam core is solid there is no cavity in the walls or roof to permit a chimney effect inherent with open cavity construction The Murus SIP system is much stronger than conventional construction techniques providing continushyous structural support and double fastened connection details

Murus SIPs are custom manufactured to your projects unique specificashytions With a variety of interior and exterior skins panel thicknesses and lengths

Total Client Support We belielfe our SIP system is the best way to build your new structure In addition to scientific and research data that unquestionably proves our systems excellent performance every Murus SIP system is backed by our exclusive Total Client Support program This means that you get the expertise of a whole team of technical profeSSionals plus a long list of support services available to you such as

Design and Engineering We provide support and inforshy

mation to profeSSional specifiers in regard to product

specifications structural capabilities connections and

fastening requirements

Technical Drawings We support professionals by providshy

ing direction and details or by providing construction

drawings specific to each job

Custom Design Plans Home buyers can take advantage of

our custom design services which begin with your building

lot your ideas and your desires You may opt to have a

Murus representative visit your building site to assist you

in the planning and pOSitioning of your home Your plans

will culminate with 1 4 scale design drawings

Custom Manufacturing All SIPs are manufactured to each

project s individual specifications and requirements Roof

and wall panels are available in a variety of thicknesses

lengths and skins We will help you choose the panel that

works best for your project

Precut Panels Murus can provide SIPs precut to your

project s specifications using our state-of-the-art computshy

erized CNC equipment Precutting entails cutting of wall

and or roof sections to overall dimensions cutting of

window and door openings and routing of the foam core

to accommodate inlet plates and nailers SIPs are labeled

to correspond to the cutting plans for field identification

Technical Advisor Murus can arrange for a factoryshy

trained Technical Advisor to work with your professional

crew to help get your project started

ompare Common insulating materials used in wall roof and floor construction fall into two general categories fibrous materials (such as fiberglass and cellulose insulations) and foam plastics (thermo-plastics and thermo-set plastics) Polyurethane foam was selected as the core material for Murus SIPs only after studying research data on the properties and values of foam plastics

The Murus rigid polyurethane foam system is a highly advanced state-of-the-art thermo-set plastic formulation While other foams in the same family are often referred to as urethane they are in fact merely chemical cousins to Murus polyurethane Our system is specially designed for use in our exclushysive manufacturing process to achieve high performance in three areas (R-value structural properties and fire resistance) that are critical to producing high-quality SIPs

Our polyurethane foam core and our composite panels have been tested by independent laboratories for structural capability fire petjormance and durability We are enrolled in a voluntary third party quality control insurance program through which our manufacturing facility is routinely yet randomly inspected to verify consistent product quality

Our foam system is listed with a Class I fire rating It polyurethane will begin to burn and quickly produces a will not draw back or melt like thermo-plastiCs such as heavy thick char which is not conducive to burning Once expanded polystyrene (EPS) When exposed to flame the the flame is removed from the foam it will self-extinguish

Thermal Insulation Material UL 723 Surface Burning Characteristics Form of Degradation

5 Murus Polyurethane (foam core) Class I Heavy charring Remains solid does not melt 11

~sect Polyisocyanurate (board stock) Class J Heavy charring Remains solid does not melt ~~

Class J Extruded Polystyrene (board stock) Quickly draws back i Melts into a liqUid I ____

5 - Expanded Polystyrene (board stock) Class I QlJickly draws back f elts into -a liquid gtz

5~ Spray Urethane (low density cavity fill) Class J Heavy cha_ ri_______-+I__ma~~s soli~ does not melt r_ ng Re__

Class J bullbullFiberglass (board stock) Deteriorates I Binder decomposes

cellulose (loose blown) Light charring RemaIns solid does not melt

Fiberglass Batts (faced and unfaced) I Class I I Deteriorates I Binder decomposes

Class 2

_________ _ _ _ __L~

bull UL 72J is not lIIcessartly representational of performllnce in an actual ire bull Is lot necessarily I representative of all product brands

The properties and characteristics of Murus polyurethane are superior to that of isocyanurate and polyisocyanurate foams typically produced by the lamination method The proprietary Nlurus manufacturing method-Uniform Dispersion Molding (UDM)-is a key component to creating our SIPs superior characteristics The UDM method enhances the properties of the foam and creates the strongest possible bond between the skins The Liquid foam is uniformly dispersed throughout

liqUid foam is uniformly dispersed throughout the mold lIold

the foam expands bonds and cures under 12- J 4 pSi unmatched by any other method UDM produces uniform foam density throughout the panel with spherical cells that give the foam superior and uniform strength as compared to elongated rice shaped cells produced by polyisocyanurate lamination foams

Foam expands bonds alld cures under 12-14 psi

51

I IThermal Insulation Material

Murus Polyurethane (foam core) fa 9 Polyisocyanurate (board stock)gt

Extruded Polystyrene (board stock)

IGHER than other insulation methods

R-Value Water Vapor rWater Absorption (per inch) Permeability ( by weight)

675 Less than IO Negligible

I59-61 Less than 4 Negligible

R-value degradation due to

i

Moisture andor Water Absorption

No

II No

Settling

No

No i i

5 Less than 2 t Up to 4 I Yes j No -------------------------~-----middot-~~-middotmiddoti-~-~---middot~ ------_t-middot-~-~--~-~--- ----~+---~----~ ~ Expanded Polystyrene (board stock) 385 2-5i Up to 3 (by volume) I Yes No uo u ~ I Spray Urethane (low density cavity fiJI) 36 1O-15 Up tl1 4 I Yes i No ---------------------------+------- -- -- - -- -- L - __ ____ __ ____ _+ __________________L__ ------ --

Fiberglass (board stock) 38 100 Up to 10 Vgt =gt ~ Cellulose (loose blown) 325 100 Up to 15 co u

Fiberglass Batts (faced and unfaced) 3 15 100 Up to 2 ________ __ __ __ _ ______ ___ __ L ___ _ __J

Yes No

Yes Yes

Yes Yes

Independent studies show that air infiltration can account for up to 40 of the heat loss in a building The airtightness of a buildshying becomes even more important when considershying overall energy efficiency Air infiltration creates drafts and air stratification (cold floors and hot ceilings) These conditions rob energy and create a phYSically uncomshyfortable living environment The Murus SIP system is 3 to 5 times tighte r than typical construction methods saving energy and creating a controlled comfortable interior living environment

Independent studies demonshystrate that wood andor steel framing members reduce thermal performance of the whole-wall R-value by 20 to 50 over R-values of insulating mate rials measured in-the-wall The Iv]urus SIP system outperforms other systems and methods because it does not reqUire conductive steel or wood framing nor does it reqUire panel-to-panel spline connections

Also known as perm rate water vapor permeability is the ability of water vapor to pass through a material Methods or systems utilizshying insulating materials with high perm rates allow wanted interior moisture to escape under heating conditions (winter) and allow unwanted moisture to enter under cooling conditions (summer) Conventional methods use a vapor barrier to reduce permeability This method is

prone to condensation of vapor into water which affects insu lation values durability and may promote mold growth

Independent studies reveal a mere I moisture content in fibe rglass insulation reduces its effective R-value by 50

The polyurethane foam core in Murus SIPs does not absorb moisture therefore R-values are not reduced due to moisture

Murus SIPs have the highest R-value per inch of any buildshying system available You can use a thinner wall section which reduces the cost of window and door extension jambs plates and nailers and nets more floor space

Installation of an a ir exchange system helps assure a comfortable and healthy living environment

Murus SIPs are custom manufactured to your plans

specifications Pre-cut SIPs have rough openings

ready for component installation

r

lfa From the highly advanced foam core to the highest

quality interior and exterior skin materials Murus

chooses only the best The finished SIP is molded

to perfection with our patented cam-locks il1

place and our standard electrical chase located

for convenient wiring Whatever type of skins you

choose you will be insured of receilting the very

best SIP available Several different interior skins are

available including OSB 12 gypsum wallboard

and TampG wood paneling

Insulating Core Type Polyurethane closed cell foam

Thickness (for OSB-21 45) 3- 11 16 in

R-Value 675 per in thickness

Density 22 Ibcu ft

Insulating Core Properties 40esign Values

K Factor (aged foam) 148 ASTM C-518

Com pressive Strength 23 psi ASTM DI621

Compressive I MOE 682 psi ASTM D1621

Shear Strength 31 psi ASTM C-273

Shear Modulus 203 psi ASTM C-273

Flexure Strength 52 psi ASTM C203

Flexure Modulus 587 psi ASTM C203

Tensile Strength 37 psi ASTM DI623

Tensile Modulus 611 psi ASTM DI623

MVTPerm Inches 10 ASTM E-96

Foam Fire Rating Class J bull UL 723

Flame Spread 20 UL 723

Smoke Developed 300 degUL 72 3

IOE IVodulus of Elasticity MOR Modulus of Rupture JMD Machine Direction Design Values are mean derived from multiple specimens

UL 723 is not necessarily representational of performance in an actual fire Class t is the highest mting available or combustible materials

Murus polyurethane foam is safe to humans and the environment It

does not contain formaldehyde CFCs or HCFCs and is 100 organic Murus polyurethane foam key to the Murus SIP system is produced from petroshy

leum by-products and recycled materials

Oriented strand board (OSB) is made of wood

strands from fast-growth trees one of natures most renewable

resources These wood fibers are glued together with durable

resins to provide a solid finish-ready exterior

surface

Our patented cam-lock system saves as much as 30 on

installation time compared to other SIP systems and offers even greater time

savings over stud wall construction It also proVides the most positive seal between

panels virtually eliminating moisture and air-infiltration Cam-locks are located every two feet up the length of the SIP

and in conjunction with the tongueshyand-groove connection create an

exceptionally strong superior building system

The chase is foamed in place during

manufacturing with several chase height

options

Murus SIPs can be site-cut or ordered factory pre-cut on our computerized CNC cutting eqUipment SIPs are then numbered for easy reference during installation Comprehensive instruction manuals are supplied with each order You or your professional contractor can install the SIPs and a Murus Technical Advisor is available if desired Or you can choose to have a Murus-trained crew handle the SIP system installation

bull bullbull bullbull

bull bullbull

one Ing systems

OSBmiddot2100 (058058) CLADmiddot2100 (OSSOS8PC)

-

bull bull 716 Exterior Grade Exposure- I APA or equivalent rated oriented strand board (OSB)

Overall Thickness

Sta nda rd Lengths (feet) 46 B 91012 14 16 IB 20

Weight Obsq ft) 375 I 395 I 415

Core Thickness 3-11 16 I 4-11 16 I 5-11 16

7 16 Exterior Grade Exposure-I APA or equivalent rated oriented strand board (OSB)

3 4 Standard Grade (kiln-dried) WP4-Eastern White Pine TampG with V-groove face pattern

JCLAOmiddot2145 CLAOmiddot2155 CLAOmiddot2165

Overall Thickness 5-3 B 6-3 8 7-3 8

IStandard Lengths (feet) B9 10 12 14 16

I Weight Obsq ft) 455 475 495

ICore Thickness 3-11 16 4-11 16 5-11 16

System R-Value I 27 34 41Load Bearing Insulated Garages

Curtain Wall Insulated Warehouses

Roof Spans up to 4 ft Timber Frame Structures

Roof Spans over 4 ft Heavy Timber Rafter Systems

Residential Construction Glue Laminated Structures

Commercial Construction Manufactured Roof Trusses

Structural Steel Framing Pool Enclosures

Due to manufacturing processes all dimensions are plus or minus standard tolerancf

Curtain Wall Timber Frame Structures

Roof Spans up to 4 tt Heavy Timber Rafter Systems Root Spans over 4 ft Glue Laminated Structures

Residential Construction Manufactured Roof Trusses

Commercial Construction

ISystem R-Value 26 33 40I

I

PTpmiddot2100 (PTPT) CBmiddot2100 (CBCB)

-

10 mm (also available in 8 and 12 mm) Cement bonded particle board comprised of wood particles and cement

- ICSmiddot2145 CSmiddot2155

Overall Thickness 4-5 8 5-5 8 ______L______

Standard Length s (feet) 8 10 ___---shy

Weight (lbsq tt) 575 595

Core Thickness 4-3 4 5-34

System R-Value ----__---__ --_

bull bull

26 33 ]

1 2 CA 10 - CDX Grade APA or equivalent rated pressure treated plvood

r- 21 ~ PTpmiddot2155 PTpmiddot2165

Overall T hickness 4-5 8 I 5-58 6-5 8

Standard Lengths (feet) 8 (10 3vailalgtle by special order) I weight (Ibsq ft) 375

Core Thickness 3-1116

System R-Value ~shy

26

395 I 4 15 4- II I 6 middotmiddotmiddot~middot~~middot(-I

----shy-shy _ j

33 40 I1

Load Bearing

Curtain Waif

Roof Spans up to 4 ft

Roof Spans over 4 ft

Residential Construction

Commercial Construction

Structural Steel Framing

Insulated Garages

Insulated Warehouses

Timber Frame Structures

Heavy Timber Rafter Systems

Glue Laminated Structures

Manufactured Roof Trusses

Tropical Climates

Pool Enclosures

Curtain Waif

Roof Spans up to 4 ft

Roof Spans over 4 ft

Residential Construction

Commercial Construction

Structural Steel Framing

Insulated Garages

Insulated Warehouses

Glue Laminated Structures

Tropical climates

Pool Enclosures

bull bull

t co Vl

Q o o

-shy

-shyI -shy

r

CD LL CO Vl

Q o o

o o

CD Vl CO Vl

o o o N tL U

716 Exrerior Grade Exposure-I APA or equivalent rated oriented strand board

IZ Veneer Base (BlueBoard) Gypsum Wall Board

bull bull

Vertical or horizontal roof spans not to exceed 4 ft Unsupported overhangs not to exceed I ft Unsupported vertical or horizontal wall spans not to exceed S ft

7 16 Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

5S 303-6 Grade (S in on center face pattern) T-I-II pine plywood

716 Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

IZ Gypsum Wall Board - Fiber reinforced shyVertical or horizontal roof spans not to exceed 6 ft Unsupported overhangs not to exceed ISin Unsupported vertical or horizontal wall spans not to exceed 8 ft

I Z CA 10shyCOX Grade APA or equivalent rated pressure treated plywood

I Z Gypsum Wall Board - Fiber reinforced

~~ruiimiddotllI bull - bull Vertical or horizontal roof spans not to exceed 6 ft Unsupported overhangs not to exceed IS in Unsupported vertical or horizontal wall spansmiddot not to exceed S ft

14 (716 optional for nailbase) Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

( Z Low Density Wood Fiber Composite (Sound Board) Fiber Board Insulating Sheathing

_shy -- -_

Overall Thickness

Standard Lengths (feet)

Weight (lbsq ft)

Core Thickness

System R-Value

---- ----- --shy

S9 10 IZ 14 I _-J

395- middot14~middotimiddot5middot 435

I 3-1116 I 4-1116 5-11 16

I Z6 r 33 i 40 I_shy - shy

Tmiddot1middot11-2145 T111-2155

Overall Thickness 4-3 4 5-34 I

a_ _ng ______ l S__9_(_I_ aI-S_t_a_n_d_ rd_ Le__ths (feet_ o___ ~1-4

I

Weight (lbsq ft) 400 i 420

Core Thickness 3-1116 I 4-1116

m R-___ l__Z_6

_

I ~_s_t_e___va u_e___ _ _ 3_3 _1_ _

r FS-2145 I FS-2155 I FS-2165

overall Thickness I 4-5S 5-5 S

Standard Lengths (feet) S la IZ

Weight (Ibsq ft) gt 95 i 4 I5

-- --kn --I-core-T-h i c--ess----r-~-~-I-I-16middot 1 4~1II~

__s ____~ _ lu e------ _~___ystem R-gt_va~- _ 33 _

Overall Thickness

Standard Lengths (feet)

Weight Obsq ft)

Core Thickness

System R-Value

8 (10 available by special order)

395-] 415

Overall Thickness

CP-2145 CP-2165

4-5S 6-58

Standard Lengths (feet) S

i-_IV_e_ig_h_t _O_b_s_q__ft_)_~~ gt Z60 __ I ZSO

3-7S~~7S I 5-7S

i shys-yshyst-e-m==R=-=V_a- ~1-lI=e=======~__~~~~gtgt t-shy _4__--

Core Thickness

I 6-5S i I

I 435

I ~II11

~ J

-This product may lIot bt recommended nor laquomllta lor usc In wall applfaUcms For addlrJonal desiglr InformalJorr contact MUTUs middotSlructunlt fk(lgn Guidelines for fermer Dilly Product mpabllWes may be greater han or rss llrall liscd depending 011 pmuI rlckntss and or (x-a or rtgionalloads

• UntitledPDFpdf

Total Client Support We belielfe our SIP system is the best way to build your new structure In addition to scientific and research data that unquestionably proves our systems excellent performance every Murus SIP system is backed by our exclusive Total Client Support program This means that you get the expertise of a whole team of technical profeSSionals plus a long list of support services available to you such as

Design and Engineering We provide support and inforshy

mation to profeSSional specifiers in regard to product

specifications structural capabilities connections and

fastening requirements

Technical Drawings We support professionals by providshy

ing direction and details or by providing construction

drawings specific to each job

Custom Design Plans Home buyers can take advantage of

our custom design services which begin with your building

lot your ideas and your desires You may opt to have a

Murus representative visit your building site to assist you

in the planning and pOSitioning of your home Your plans

will culminate with 1 4 scale design drawings

Custom Manufacturing All SIPs are manufactured to each

project s individual specifications and requirements Roof

and wall panels are available in a variety of thicknesses

lengths and skins We will help you choose the panel that

works best for your project

Precut Panels Murus can provide SIPs precut to your

project s specifications using our state-of-the-art computshy

erized CNC equipment Precutting entails cutting of wall

and or roof sections to overall dimensions cutting of

window and door openings and routing of the foam core

to accommodate inlet plates and nailers SIPs are labeled

to correspond to the cutting plans for field identification

Technical Advisor Murus can arrange for a factoryshy

trained Technical Advisor to work with your professional

crew to help get your project started

ompare Common insulating materials used in wall roof and floor construction fall into two general categories fibrous materials (such as fiberglass and cellulose insulations) and foam plastics (thermo-plastics and thermo-set plastics) Polyurethane foam was selected as the core material for Murus SIPs only after studying research data on the properties and values of foam plastics

The Murus rigid polyurethane foam system is a highly advanced state-of-the-art thermo-set plastic formulation While other foams in the same family are often referred to as urethane they are in fact merely chemical cousins to Murus polyurethane Our system is specially designed for use in our exclushysive manufacturing process to achieve high performance in three areas (R-value structural properties and fire resistance) that are critical to producing high-quality SIPs

Our polyurethane foam core and our composite panels have been tested by independent laboratories for structural capability fire petjormance and durability We are enrolled in a voluntary third party quality control insurance program through which our manufacturing facility is routinely yet randomly inspected to verify consistent product quality

Our foam system is listed with a Class I fire rating It polyurethane will begin to burn and quickly produces a will not draw back or melt like thermo-plastiCs such as heavy thick char which is not conducive to burning Once expanded polystyrene (EPS) When exposed to flame the the flame is removed from the foam it will self-extinguish

Thermal Insulation Material UL 723 Surface Burning Characteristics Form of Degradation

5 Murus Polyurethane (foam core) Class I Heavy charring Remains solid does not melt 11

~sect Polyisocyanurate (board stock) Class J Heavy charring Remains solid does not melt ~~

Class J Extruded Polystyrene (board stock) Quickly draws back i Melts into a liqUid I ____

5 - Expanded Polystyrene (board stock) Class I QlJickly draws back f elts into -a liquid gtz

5~ Spray Urethane (low density cavity fill) Class J Heavy cha_ ri_______-+I__ma~~s soli~ does not melt r_ ng Re__

Class J bullbullFiberglass (board stock) Deteriorates I Binder decomposes

cellulose (loose blown) Light charring RemaIns solid does not melt

Fiberglass Batts (faced and unfaced) I Class I I Deteriorates I Binder decomposes

Class 2

_________ _ _ _ __L~

bull UL 72J is not lIIcessartly representational of performllnce in an actual ire bull Is lot necessarily I representative of all product brands

The properties and characteristics of Murus polyurethane are superior to that of isocyanurate and polyisocyanurate foams typically produced by the lamination method The proprietary Nlurus manufacturing method-Uniform Dispersion Molding (UDM)-is a key component to creating our SIPs superior characteristics The UDM method enhances the properties of the foam and creates the strongest possible bond between the skins The Liquid foam is uniformly dispersed throughout

liqUid foam is uniformly dispersed throughout the mold lIold

the foam expands bonds and cures under 12- J 4 pSi unmatched by any other method UDM produces uniform foam density throughout the panel with spherical cells that give the foam superior and uniform strength as compared to elongated rice shaped cells produced by polyisocyanurate lamination foams

Foam expands bonds alld cures under 12-14 psi

51

I IThermal Insulation Material

Murus Polyurethane (foam core) fa 9 Polyisocyanurate (board stock)gt

Extruded Polystyrene (board stock)

IGHER than other insulation methods

R-Value Water Vapor rWater Absorption (per inch) Permeability ( by weight)

675 Less than IO Negligible

I59-61 Less than 4 Negligible

R-value degradation due to

i

Moisture andor Water Absorption

No

II No

Settling

No

No i i

5 Less than 2 t Up to 4 I Yes j No -------------------------~-----middot-~~-middotmiddoti-~-~---middot~ ------_t-middot-~-~--~-~--- ----~+---~----~ ~ Expanded Polystyrene (board stock) 385 2-5i Up to 3 (by volume) I Yes No uo u ~ I Spray Urethane (low density cavity fiJI) 36 1O-15 Up tl1 4 I Yes i No ---------------------------+------- -- -- - -- -- L - __ ____ __ ____ _+ __________________L__ ------ --

Fiberglass (board stock) 38 100 Up to 10 Vgt =gt ~ Cellulose (loose blown) 325 100 Up to 15 co u

Fiberglass Batts (faced and unfaced) 3 15 100 Up to 2 ________ __ __ __ _ ______ ___ __ L ___ _ __J

Yes No

Yes Yes

Yes Yes

Independent studies show that air infiltration can account for up to 40 of the heat loss in a building The airtightness of a buildshying becomes even more important when considershying overall energy efficiency Air infiltration creates drafts and air stratification (cold floors and hot ceilings) These conditions rob energy and create a phYSically uncomshyfortable living environment The Murus SIP system is 3 to 5 times tighte r than typical construction methods saving energy and creating a controlled comfortable interior living environment

Independent studies demonshystrate that wood andor steel framing members reduce thermal performance of the whole-wall R-value by 20 to 50 over R-values of insulating mate rials measured in-the-wall The Iv]urus SIP system outperforms other systems and methods because it does not reqUire conductive steel or wood framing nor does it reqUire panel-to-panel spline connections

Also known as perm rate water vapor permeability is the ability of water vapor to pass through a material Methods or systems utilizshying insulating materials with high perm rates allow wanted interior moisture to escape under heating conditions (winter) and allow unwanted moisture to enter under cooling conditions (summer) Conventional methods use a vapor barrier to reduce permeability This method is

prone to condensation of vapor into water which affects insu lation values durability and may promote mold growth

Independent studies reveal a mere I moisture content in fibe rglass insulation reduces its effective R-value by 50

The polyurethane foam core in Murus SIPs does not absorb moisture therefore R-values are not reduced due to moisture

Murus SIPs have the highest R-value per inch of any buildshying system available You can use a thinner wall section which reduces the cost of window and door extension jambs plates and nailers and nets more floor space

Installation of an a ir exchange system helps assure a comfortable and healthy living environment

Murus SIPs are custom manufactured to your plans

specifications Pre-cut SIPs have rough openings

ready for component installation

r

lfa From the highly advanced foam core to the highest

quality interior and exterior skin materials Murus

chooses only the best The finished SIP is molded

to perfection with our patented cam-locks il1

place and our standard electrical chase located

for convenient wiring Whatever type of skins you

choose you will be insured of receilting the very

best SIP available Several different interior skins are

available including OSB 12 gypsum wallboard

and TampG wood paneling

Insulating Core Type Polyurethane closed cell foam

Thickness (for OSB-21 45) 3- 11 16 in

R-Value 675 per in thickness

Density 22 Ibcu ft

Insulating Core Properties 40esign Values

K Factor (aged foam) 148 ASTM C-518

Com pressive Strength 23 psi ASTM DI621

Compressive I MOE 682 psi ASTM D1621

Shear Strength 31 psi ASTM C-273

Shear Modulus 203 psi ASTM C-273

Flexure Strength 52 psi ASTM C203

Flexure Modulus 587 psi ASTM C203

Tensile Strength 37 psi ASTM DI623

Tensile Modulus 611 psi ASTM DI623

MVTPerm Inches 10 ASTM E-96

Foam Fire Rating Class J bull UL 723

Flame Spread 20 UL 723

Smoke Developed 300 degUL 72 3

IOE IVodulus of Elasticity MOR Modulus of Rupture JMD Machine Direction Design Values are mean derived from multiple specimens

UL 723 is not necessarily representational of performance in an actual fire Class t is the highest mting available or combustible materials

Murus polyurethane foam is safe to humans and the environment It

does not contain formaldehyde CFCs or HCFCs and is 100 organic Murus polyurethane foam key to the Murus SIP system is produced from petroshy

leum by-products and recycled materials

Oriented strand board (OSB) is made of wood

strands from fast-growth trees one of natures most renewable

resources These wood fibers are glued together with durable

resins to provide a solid finish-ready exterior

surface

Our patented cam-lock system saves as much as 30 on

installation time compared to other SIP systems and offers even greater time

savings over stud wall construction It also proVides the most positive seal between

panels virtually eliminating moisture and air-infiltration Cam-locks are located every two feet up the length of the SIP

and in conjunction with the tongueshyand-groove connection create an

exceptionally strong superior building system

The chase is foamed in place during

manufacturing with several chase height

options

Murus SIPs can be site-cut or ordered factory pre-cut on our computerized CNC cutting eqUipment SIPs are then numbered for easy reference during installation Comprehensive instruction manuals are supplied with each order You or your professional contractor can install the SIPs and a Murus Technical Advisor is available if desired Or you can choose to have a Murus-trained crew handle the SIP system installation

bull bullbull bullbull

bull bullbull

one Ing systems

OSBmiddot2100 (058058) CLADmiddot2100 (OSSOS8PC)

-

bull bull 716 Exterior Grade Exposure- I APA or equivalent rated oriented strand board (OSB)

Overall Thickness

Sta nda rd Lengths (feet) 46 B 91012 14 16 IB 20

Weight Obsq ft) 375 I 395 I 415

Core Thickness 3-11 16 I 4-11 16 I 5-11 16

7 16 Exterior Grade Exposure-I APA or equivalent rated oriented strand board (OSB)

3 4 Standard Grade (kiln-dried) WP4-Eastern White Pine TampG with V-groove face pattern

JCLAOmiddot2145 CLAOmiddot2155 CLAOmiddot2165

Overall Thickness 5-3 B 6-3 8 7-3 8

IStandard Lengths (feet) B9 10 12 14 16

I Weight Obsq ft) 455 475 495

ICore Thickness 3-11 16 4-11 16 5-11 16

System R-Value I 27 34 41Load Bearing Insulated Garages

Curtain Wall Insulated Warehouses

Roof Spans up to 4 ft Timber Frame Structures

Roof Spans over 4 ft Heavy Timber Rafter Systems

Residential Construction Glue Laminated Structures

Commercial Construction Manufactured Roof Trusses

Structural Steel Framing Pool Enclosures

Due to manufacturing processes all dimensions are plus or minus standard tolerancf

Curtain Wall Timber Frame Structures

Roof Spans up to 4 tt Heavy Timber Rafter Systems Root Spans over 4 ft Glue Laminated Structures

Residential Construction Manufactured Roof Trusses

Commercial Construction

ISystem R-Value 26 33 40I

I

PTpmiddot2100 (PTPT) CBmiddot2100 (CBCB)

-

10 mm (also available in 8 and 12 mm) Cement bonded particle board comprised of wood particles and cement

- ICSmiddot2145 CSmiddot2155

Overall Thickness 4-5 8 5-5 8 ______L______

Standard Length s (feet) 8 10 ___---shy

Weight (lbsq tt) 575 595

Core Thickness 4-3 4 5-34

System R-Value ----__---__ --_

bull bull

26 33 ]

1 2 CA 10 - CDX Grade APA or equivalent rated pressure treated plvood

r- 21 ~ PTpmiddot2155 PTpmiddot2165

Overall T hickness 4-5 8 I 5-58 6-5 8

Standard Lengths (feet) 8 (10 3vailalgtle by special order) I weight (Ibsq ft) 375

Core Thickness 3-1116

System R-Value ~shy

26

395 I 4 15 4- II I 6 middotmiddotmiddot~middot~~middot(-I

----shy-shy _ j

33 40 I1

Load Bearing

Curtain Waif

Roof Spans up to 4 ft

Roof Spans over 4 ft

Residential Construction

Commercial Construction

Structural Steel Framing

Insulated Garages

Insulated Warehouses

Timber Frame Structures

Heavy Timber Rafter Systems

Glue Laminated Structures

Manufactured Roof Trusses

Tropical Climates

Pool Enclosures

Curtain Waif

Roof Spans up to 4 ft

Roof Spans over 4 ft

Residential Construction

Commercial Construction

Structural Steel Framing

Insulated Garages

Insulated Warehouses

Glue Laminated Structures

Tropical climates

Pool Enclosures

bull bull

t co Vl

Q o o

-shy

-shyI -shy

r

CD LL CO Vl

Q o o

o o

CD Vl CO Vl

o o o N tL U

716 Exrerior Grade Exposure-I APA or equivalent rated oriented strand board

IZ Veneer Base (BlueBoard) Gypsum Wall Board

bull bull

Vertical or horizontal roof spans not to exceed 4 ft Unsupported overhangs not to exceed I ft Unsupported vertical or horizontal wall spans not to exceed S ft

7 16 Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

5S 303-6 Grade (S in on center face pattern) T-I-II pine plywood

716 Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

IZ Gypsum Wall Board - Fiber reinforced shyVertical or horizontal roof spans not to exceed 6 ft Unsupported overhangs not to exceed ISin Unsupported vertical or horizontal wall spans not to exceed 8 ft

I Z CA 10shyCOX Grade APA or equivalent rated pressure treated plywood

I Z Gypsum Wall Board - Fiber reinforced

~~ruiimiddotllI bull - bull Vertical or horizontal roof spans not to exceed 6 ft Unsupported overhangs not to exceed IS in Unsupported vertical or horizontal wall spansmiddot not to exceed S ft

14 (716 optional for nailbase) Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

( Z Low Density Wood Fiber Composite (Sound Board) Fiber Board Insulating Sheathing

_shy -- -_

Overall Thickness

Standard Lengths (feet)

Weight (lbsq ft)

Core Thickness

System R-Value

---- ----- --shy

S9 10 IZ 14 I _-J

395- middot14~middotimiddot5middot 435

I 3-1116 I 4-1116 5-11 16

I Z6 r 33 i 40 I_shy - shy

Tmiddot1middot11-2145 T111-2155

Overall Thickness 4-3 4 5-34 I

a_ _ng ______ l S__9_(_I_ aI-S_t_a_n_d_ rd_ Le__ths (feet_ o___ ~1-4

I

Weight (lbsq ft) 400 i 420

Core Thickness 3-1116 I 4-1116

m R-___ l__Z_6

_

I ~_s_t_e___va u_e___ _ _ 3_3 _1_ _

r FS-2145 I FS-2155 I FS-2165

overall Thickness I 4-5S 5-5 S

Standard Lengths (feet) S la IZ

Weight (Ibsq ft) gt 95 i 4 I5

-- --kn --I-core-T-h i c--ess----r-~-~-I-I-16middot 1 4~1II~

__s ____~ _ lu e------ _~___ystem R-gt_va~- _ 33 _

Overall Thickness

Standard Lengths (feet)

Weight Obsq ft)

Core Thickness

System R-Value

8 (10 available by special order)

395-] 415

Overall Thickness

CP-2145 CP-2165

4-5S 6-58

Standard Lengths (feet) S

i-_IV_e_ig_h_t _O_b_s_q__ft_)_~~ gt Z60 __ I ZSO

3-7S~~7S I 5-7S

i shys-yshyst-e-m==R=-=V_a- ~1-lI=e=======~__~~~~gtgt t-shy _4__--

Core Thickness

I 6-5S i I

I 435

I ~II11

~ J

-This product may lIot bt recommended nor laquomllta lor usc In wall applfaUcms For addlrJonal desiglr InformalJorr contact MUTUs middotSlructunlt fk(lgn Guidelines for fermer Dilly Product mpabllWes may be greater han or rss llrall liscd depending 011 pmuI rlckntss and or (x-a or rtgionalloads

• UntitledPDFpdf

ompare Common insulating materials used in wall roof and floor construction fall into two general categories fibrous materials (such as fiberglass and cellulose insulations) and foam plastics (thermo-plastics and thermo-set plastics) Polyurethane foam was selected as the core material for Murus SIPs only after studying research data on the properties and values of foam plastics

The Murus rigid polyurethane foam system is a highly advanced state-of-the-art thermo-set plastic formulation While other foams in the same family are often referred to as urethane they are in fact merely chemical cousins to Murus polyurethane Our system is specially designed for use in our exclushysive manufacturing process to achieve high performance in three areas (R-value structural properties and fire resistance) that are critical to producing high-quality SIPs

Our polyurethane foam core and our composite panels have been tested by independent laboratories for structural capability fire petjormance and durability We are enrolled in a voluntary third party quality control insurance program through which our manufacturing facility is routinely yet randomly inspected to verify consistent product quality

Our foam system is listed with a Class I fire rating It polyurethane will begin to burn and quickly produces a will not draw back or melt like thermo-plastiCs such as heavy thick char which is not conducive to burning Once expanded polystyrene (EPS) When exposed to flame the the flame is removed from the foam it will self-extinguish

Thermal Insulation Material UL 723 Surface Burning Characteristics Form of Degradation

5 Murus Polyurethane (foam core) Class I Heavy charring Remains solid does not melt 11

~sect Polyisocyanurate (board stock) Class J Heavy charring Remains solid does not melt ~~

Class J Extruded Polystyrene (board stock) Quickly draws back i Melts into a liqUid I ____

5 - Expanded Polystyrene (board stock) Class I QlJickly draws back f elts into -a liquid gtz

5~ Spray Urethane (low density cavity fill) Class J Heavy cha_ ri_______-+I__ma~~s soli~ does not melt r_ ng Re__

Class J bullbullFiberglass (board stock) Deteriorates I Binder decomposes

cellulose (loose blown) Light charring RemaIns solid does not melt

Fiberglass Batts (faced and unfaced) I Class I I Deteriorates I Binder decomposes

Class 2

_________ _ _ _ __L~

bull UL 72J is not lIIcessartly representational of performllnce in an actual ire bull Is lot necessarily I representative of all product brands

The properties and characteristics of Murus polyurethane are superior to that of isocyanurate and polyisocyanurate foams typically produced by the lamination method The proprietary Nlurus manufacturing method-Uniform Dispersion Molding (UDM)-is a key component to creating our SIPs superior characteristics The UDM method enhances the properties of the foam and creates the strongest possible bond between the skins The Liquid foam is uniformly dispersed throughout

liqUid foam is uniformly dispersed throughout the mold lIold

the foam expands bonds and cures under 12- J 4 pSi unmatched by any other method UDM produces uniform foam density throughout the panel with spherical cells that give the foam superior and uniform strength as compared to elongated rice shaped cells produced by polyisocyanurate lamination foams

Foam expands bonds alld cures under 12-14 psi

51

I IThermal Insulation Material

Murus Polyurethane (foam core) fa 9 Polyisocyanurate (board stock)gt

Extruded Polystyrene (board stock)

IGHER than other insulation methods

R-Value Water Vapor rWater Absorption (per inch) Permeability ( by weight)

675 Less than IO Negligible

I59-61 Less than 4 Negligible

R-value degradation due to

i

Moisture andor Water Absorption

No

II No

Settling

No

No i i

5 Less than 2 t Up to 4 I Yes j No -------------------------~-----middot-~~-middotmiddoti-~-~---middot~ ------_t-middot-~-~--~-~--- ----~+---~----~ ~ Expanded Polystyrene (board stock) 385 2-5i Up to 3 (by volume) I Yes No uo u ~ I Spray Urethane (low density cavity fiJI) 36 1O-15 Up tl1 4 I Yes i No ---------------------------+------- -- -- - -- -- L - __ ____ __ ____ _+ __________________L__ ------ --

Fiberglass (board stock) 38 100 Up to 10 Vgt =gt ~ Cellulose (loose blown) 325 100 Up to 15 co u

Fiberglass Batts (faced and unfaced) 3 15 100 Up to 2 ________ __ __ __ _ ______ ___ __ L ___ _ __J

Yes No

Yes Yes

Yes Yes

Independent studies show that air infiltration can account for up to 40 of the heat loss in a building The airtightness of a buildshying becomes even more important when considershying overall energy efficiency Air infiltration creates drafts and air stratification (cold floors and hot ceilings) These conditions rob energy and create a phYSically uncomshyfortable living environment The Murus SIP system is 3 to 5 times tighte r than typical construction methods saving energy and creating a controlled comfortable interior living environment

Independent studies demonshystrate that wood andor steel framing members reduce thermal performance of the whole-wall R-value by 20 to 50 over R-values of insulating mate rials measured in-the-wall The Iv]urus SIP system outperforms other systems and methods because it does not reqUire conductive steel or wood framing nor does it reqUire panel-to-panel spline connections

Also known as perm rate water vapor permeability is the ability of water vapor to pass through a material Methods or systems utilizshying insulating materials with high perm rates allow wanted interior moisture to escape under heating conditions (winter) and allow unwanted moisture to enter under cooling conditions (summer) Conventional methods use a vapor barrier to reduce permeability This method is

prone to condensation of vapor into water which affects insu lation values durability and may promote mold growth

Independent studies reveal a mere I moisture content in fibe rglass insulation reduces its effective R-value by 50

The polyurethane foam core in Murus SIPs does not absorb moisture therefore R-values are not reduced due to moisture

Murus SIPs have the highest R-value per inch of any buildshying system available You can use a thinner wall section which reduces the cost of window and door extension jambs plates and nailers and nets more floor space

Installation of an a ir exchange system helps assure a comfortable and healthy living environment

Murus SIPs are custom manufactured to your plans

specifications Pre-cut SIPs have rough openings

ready for component installation

r

lfa From the highly advanced foam core to the highest

quality interior and exterior skin materials Murus

chooses only the best The finished SIP is molded

to perfection with our patented cam-locks il1

place and our standard electrical chase located

for convenient wiring Whatever type of skins you

choose you will be insured of receilting the very

best SIP available Several different interior skins are

available including OSB 12 gypsum wallboard

and TampG wood paneling

Insulating Core Type Polyurethane closed cell foam

Thickness (for OSB-21 45) 3- 11 16 in

R-Value 675 per in thickness

Density 22 Ibcu ft

Insulating Core Properties 40esign Values

K Factor (aged foam) 148 ASTM C-518

Com pressive Strength 23 psi ASTM DI621

Compressive I MOE 682 psi ASTM D1621

Shear Strength 31 psi ASTM C-273

Shear Modulus 203 psi ASTM C-273

Flexure Strength 52 psi ASTM C203

Flexure Modulus 587 psi ASTM C203

Tensile Strength 37 psi ASTM DI623

Tensile Modulus 611 psi ASTM DI623

MVTPerm Inches 10 ASTM E-96

Foam Fire Rating Class J bull UL 723

Flame Spread 20 UL 723

Smoke Developed 300 degUL 72 3

IOE IVodulus of Elasticity MOR Modulus of Rupture JMD Machine Direction Design Values are mean derived from multiple specimens

UL 723 is not necessarily representational of performance in an actual fire Class t is the highest mting available or combustible materials

Murus polyurethane foam is safe to humans and the environment It

does not contain formaldehyde CFCs or HCFCs and is 100 organic Murus polyurethane foam key to the Murus SIP system is produced from petroshy

leum by-products and recycled materials

Oriented strand board (OSB) is made of wood

strands from fast-growth trees one of natures most renewable

resources These wood fibers are glued together with durable

resins to provide a solid finish-ready exterior

surface

Our patented cam-lock system saves as much as 30 on

installation time compared to other SIP systems and offers even greater time

savings over stud wall construction It also proVides the most positive seal between

panels virtually eliminating moisture and air-infiltration Cam-locks are located every two feet up the length of the SIP

and in conjunction with the tongueshyand-groove connection create an

exceptionally strong superior building system

The chase is foamed in place during

manufacturing with several chase height

options

Murus SIPs can be site-cut or ordered factory pre-cut on our computerized CNC cutting eqUipment SIPs are then numbered for easy reference during installation Comprehensive instruction manuals are supplied with each order You or your professional contractor can install the SIPs and a Murus Technical Advisor is available if desired Or you can choose to have a Murus-trained crew handle the SIP system installation

bull bullbull bullbull

bull bullbull

one Ing systems

OSBmiddot2100 (058058) CLADmiddot2100 (OSSOS8PC)

-

bull bull 716 Exterior Grade Exposure- I APA or equivalent rated oriented strand board (OSB)

Overall Thickness

Sta nda rd Lengths (feet) 46 B 91012 14 16 IB 20

Weight Obsq ft) 375 I 395 I 415

Core Thickness 3-11 16 I 4-11 16 I 5-11 16

7 16 Exterior Grade Exposure-I APA or equivalent rated oriented strand board (OSB)

3 4 Standard Grade (kiln-dried) WP4-Eastern White Pine TampG with V-groove face pattern

JCLAOmiddot2145 CLAOmiddot2155 CLAOmiddot2165

Overall Thickness 5-3 B 6-3 8 7-3 8

IStandard Lengths (feet) B9 10 12 14 16

I Weight Obsq ft) 455 475 495

ICore Thickness 3-11 16 4-11 16 5-11 16

System R-Value I 27 34 41Load Bearing Insulated Garages

Curtain Wall Insulated Warehouses

Roof Spans up to 4 ft Timber Frame Structures

Roof Spans over 4 ft Heavy Timber Rafter Systems

Residential Construction Glue Laminated Structures

Commercial Construction Manufactured Roof Trusses

Structural Steel Framing Pool Enclosures

Due to manufacturing processes all dimensions are plus or minus standard tolerancf

Curtain Wall Timber Frame Structures

Roof Spans up to 4 tt Heavy Timber Rafter Systems Root Spans over 4 ft Glue Laminated Structures

Residential Construction Manufactured Roof Trusses

Commercial Construction

ISystem R-Value 26 33 40I

I

PTpmiddot2100 (PTPT) CBmiddot2100 (CBCB)

-

10 mm (also available in 8 and 12 mm) Cement bonded particle board comprised of wood particles and cement

- ICSmiddot2145 CSmiddot2155

Overall Thickness 4-5 8 5-5 8 ______L______

Standard Length s (feet) 8 10 ___---shy

Weight (lbsq tt) 575 595

Core Thickness 4-3 4 5-34

System R-Value ----__---__ --_

bull bull

26 33 ]

1 2 CA 10 - CDX Grade APA or equivalent rated pressure treated plvood

r- 21 ~ PTpmiddot2155 PTpmiddot2165

Overall T hickness 4-5 8 I 5-58 6-5 8

Standard Lengths (feet) 8 (10 3vailalgtle by special order) I weight (Ibsq ft) 375

Core Thickness 3-1116

System R-Value ~shy

26

395 I 4 15 4- II I 6 middotmiddotmiddot~middot~~middot(-I

----shy-shy _ j

33 40 I1

Load Bearing

Curtain Waif

Roof Spans up to 4 ft

Roof Spans over 4 ft

Residential Construction

Commercial Construction

Structural Steel Framing

Insulated Garages

Insulated Warehouses

Timber Frame Structures

Heavy Timber Rafter Systems

Glue Laminated Structures

Manufactured Roof Trusses

Tropical Climates

Pool Enclosures

Curtain Waif

Roof Spans up to 4 ft

Roof Spans over 4 ft

Residential Construction

Commercial Construction

Structural Steel Framing

Insulated Garages

Insulated Warehouses

Glue Laminated Structures

Tropical climates

Pool Enclosures

bull bull

t co Vl

Q o o

-shy

-shyI -shy

r

CD LL CO Vl

Q o o

o o

CD Vl CO Vl

o o o N tL U

716 Exrerior Grade Exposure-I APA or equivalent rated oriented strand board

IZ Veneer Base (BlueBoard) Gypsum Wall Board

bull bull

Vertical or horizontal roof spans not to exceed 4 ft Unsupported overhangs not to exceed I ft Unsupported vertical or horizontal wall spans not to exceed S ft

7 16 Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

5S 303-6 Grade (S in on center face pattern) T-I-II pine plywood

716 Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

IZ Gypsum Wall Board - Fiber reinforced shyVertical or horizontal roof spans not to exceed 6 ft Unsupported overhangs not to exceed ISin Unsupported vertical or horizontal wall spans not to exceed 8 ft

I Z CA 10shyCOX Grade APA or equivalent rated pressure treated plywood

I Z Gypsum Wall Board - Fiber reinforced

~~ruiimiddotllI bull - bull Vertical or horizontal roof spans not to exceed 6 ft Unsupported overhangs not to exceed IS in Unsupported vertical or horizontal wall spansmiddot not to exceed S ft

14 (716 optional for nailbase) Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

( Z Low Density Wood Fiber Composite (Sound Board) Fiber Board Insulating Sheathing

_shy -- -_

Overall Thickness

Standard Lengths (feet)

Weight (lbsq ft)

Core Thickness

System R-Value

---- ----- --shy

S9 10 IZ 14 I _-J

395- middot14~middotimiddot5middot 435

I 3-1116 I 4-1116 5-11 16

I Z6 r 33 i 40 I_shy - shy

Tmiddot1middot11-2145 T111-2155

Overall Thickness 4-3 4 5-34 I

a_ _ng ______ l S__9_(_I_ aI-S_t_a_n_d_ rd_ Le__ths (feet_ o___ ~1-4

I

Weight (lbsq ft) 400 i 420

Core Thickness 3-1116 I 4-1116

m R-___ l__Z_6

_

I ~_s_t_e___va u_e___ _ _ 3_3 _1_ _

r FS-2145 I FS-2155 I FS-2165

overall Thickness I 4-5S 5-5 S

Standard Lengths (feet) S la IZ

Weight (Ibsq ft) gt 95 i 4 I5

-- --kn --I-core-T-h i c--ess----r-~-~-I-I-16middot 1 4~1II~

__s ____~ _ lu e------ _~___ystem R-gt_va~- _ 33 _

Overall Thickness

Standard Lengths (feet)

Weight Obsq ft)

Core Thickness

System R-Value

8 (10 available by special order)

395-] 415

Overall Thickness

CP-2145 CP-2165

4-5S 6-58

Standard Lengths (feet) S

i-_IV_e_ig_h_t _O_b_s_q__ft_)_~~ gt Z60 __ I ZSO

3-7S~~7S I 5-7S

i shys-yshyst-e-m==R=-=V_a- ~1-lI=e=======~__~~~~gtgt t-shy _4__--

Core Thickness

I 6-5S i I

I 435

I ~II11

~ J

-This product may lIot bt recommended nor laquomllta lor usc In wall applfaUcms For addlrJonal desiglr InformalJorr contact MUTUs middotSlructunlt fk(lgn Guidelines for fermer Dilly Product mpabllWes may be greater han or rss llrall liscd depending 011 pmuI rlckntss and or (x-a or rtgionalloads

• UntitledPDFpdf

I IThermal Insulation Material

Murus Polyurethane (foam core) fa 9 Polyisocyanurate (board stock)gt

Extruded Polystyrene (board stock)

IGHER than other insulation methods

R-Value Water Vapor rWater Absorption (per inch) Permeability ( by weight)

675 Less than IO Negligible

I59-61 Less than 4 Negligible

R-value degradation due to

i

Moisture andor Water Absorption

No

II No

Settling

No

No i i

5 Less than 2 t Up to 4 I Yes j No -------------------------~-----middot-~~-middotmiddoti-~-~---middot~ ------_t-middot-~-~--~-~--- ----~+---~----~ ~ Expanded Polystyrene (board stock) 385 2-5i Up to 3 (by volume) I Yes No uo u ~ I Spray Urethane (low density cavity fiJI) 36 1O-15 Up tl1 4 I Yes i No ---------------------------+------- -- -- - -- -- L - __ ____ __ ____ _+ __________________L__ ------ --

Fiberglass (board stock) 38 100 Up to 10 Vgt =gt ~ Cellulose (loose blown) 325 100 Up to 15 co u

Fiberglass Batts (faced and unfaced) 3 15 100 Up to 2 ________ __ __ __ _ ______ ___ __ L ___ _ __J

Yes No

Yes Yes

Yes Yes

Independent studies show that air infiltration can account for up to 40 of the heat loss in a building The airtightness of a buildshying becomes even more important when considershying overall energy efficiency Air infiltration creates drafts and air stratification (cold floors and hot ceilings) These conditions rob energy and create a phYSically uncomshyfortable living environment The Murus SIP system is 3 to 5 times tighte r than typical construction methods saving energy and creating a controlled comfortable interior living environment

Independent studies demonshystrate that wood andor steel framing members reduce thermal performance of the whole-wall R-value by 20 to 50 over R-values of insulating mate rials measured in-the-wall The Iv]urus SIP system outperforms other systems and methods because it does not reqUire conductive steel or wood framing nor does it reqUire panel-to-panel spline connections

Also known as perm rate water vapor permeability is the ability of water vapor to pass through a material Methods or systems utilizshying insulating materials with high perm rates allow wanted interior moisture to escape under heating conditions (winter) and allow unwanted moisture to enter under cooling conditions (summer) Conventional methods use a vapor barrier to reduce permeability This method is

prone to condensation of vapor into water which affects insu lation values durability and may promote mold growth

Independent studies reveal a mere I moisture content in fibe rglass insulation reduces its effective R-value by 50

The polyurethane foam core in Murus SIPs does not absorb moisture therefore R-values are not reduced due to moisture

Murus SIPs have the highest R-value per inch of any buildshying system available You can use a thinner wall section which reduces the cost of window and door extension jambs plates and nailers and nets more floor space

Installation of an a ir exchange system helps assure a comfortable and healthy living environment

Murus SIPs are custom manufactured to your plans

specifications Pre-cut SIPs have rough openings

ready for component installation

r

lfa From the highly advanced foam core to the highest

quality interior and exterior skin materials Murus

chooses only the best The finished SIP is molded

to perfection with our patented cam-locks il1

place and our standard electrical chase located

for convenient wiring Whatever type of skins you

choose you will be insured of receilting the very

best SIP available Several different interior skins are

available including OSB 12 gypsum wallboard

and TampG wood paneling

Insulating Core Type Polyurethane closed cell foam

Thickness (for OSB-21 45) 3- 11 16 in

R-Value 675 per in thickness

Density 22 Ibcu ft

Insulating Core Properties 40esign Values

K Factor (aged foam) 148 ASTM C-518

Com pressive Strength 23 psi ASTM DI621

Compressive I MOE 682 psi ASTM D1621

Shear Strength 31 psi ASTM C-273

Shear Modulus 203 psi ASTM C-273

Flexure Strength 52 psi ASTM C203

Flexure Modulus 587 psi ASTM C203

Tensile Strength 37 psi ASTM DI623

Tensile Modulus 611 psi ASTM DI623

MVTPerm Inches 10 ASTM E-96

Foam Fire Rating Class J bull UL 723

Flame Spread 20 UL 723

Smoke Developed 300 degUL 72 3

IOE IVodulus of Elasticity MOR Modulus of Rupture JMD Machine Direction Design Values are mean derived from multiple specimens

UL 723 is not necessarily representational of performance in an actual fire Class t is the highest mting available or combustible materials

Murus polyurethane foam is safe to humans and the environment It

does not contain formaldehyde CFCs or HCFCs and is 100 organic Murus polyurethane foam key to the Murus SIP system is produced from petroshy

leum by-products and recycled materials

Oriented strand board (OSB) is made of wood

strands from fast-growth trees one of natures most renewable

resources These wood fibers are glued together with durable

resins to provide a solid finish-ready exterior

surface

Our patented cam-lock system saves as much as 30 on

installation time compared to other SIP systems and offers even greater time

savings over stud wall construction It also proVides the most positive seal between

panels virtually eliminating moisture and air-infiltration Cam-locks are located every two feet up the length of the SIP

and in conjunction with the tongueshyand-groove connection create an

exceptionally strong superior building system

The chase is foamed in place during

manufacturing with several chase height

options

Murus SIPs can be site-cut or ordered factory pre-cut on our computerized CNC cutting eqUipment SIPs are then numbered for easy reference during installation Comprehensive instruction manuals are supplied with each order You or your professional contractor can install the SIPs and a Murus Technical Advisor is available if desired Or you can choose to have a Murus-trained crew handle the SIP system installation

bull bullbull bullbull

bull bullbull

one Ing systems

OSBmiddot2100 (058058) CLADmiddot2100 (OSSOS8PC)

-

bull bull 716 Exterior Grade Exposure- I APA or equivalent rated oriented strand board (OSB)

Overall Thickness

Sta nda rd Lengths (feet) 46 B 91012 14 16 IB 20

Weight Obsq ft) 375 I 395 I 415

Core Thickness 3-11 16 I 4-11 16 I 5-11 16

7 16 Exterior Grade Exposure-I APA or equivalent rated oriented strand board (OSB)

3 4 Standard Grade (kiln-dried) WP4-Eastern White Pine TampG with V-groove face pattern

JCLAOmiddot2145 CLAOmiddot2155 CLAOmiddot2165

Overall Thickness 5-3 B 6-3 8 7-3 8

IStandard Lengths (feet) B9 10 12 14 16

I Weight Obsq ft) 455 475 495

ICore Thickness 3-11 16 4-11 16 5-11 16

System R-Value I 27 34 41Load Bearing Insulated Garages

Curtain Wall Insulated Warehouses

Roof Spans up to 4 ft Timber Frame Structures

Roof Spans over 4 ft Heavy Timber Rafter Systems

Residential Construction Glue Laminated Structures

Commercial Construction Manufactured Roof Trusses

Structural Steel Framing Pool Enclosures

Due to manufacturing processes all dimensions are plus or minus standard tolerancf

Curtain Wall Timber Frame Structures

Roof Spans up to 4 tt Heavy Timber Rafter Systems Root Spans over 4 ft Glue Laminated Structures

Residential Construction Manufactured Roof Trusses

Commercial Construction

ISystem R-Value 26 33 40I

I

PTpmiddot2100 (PTPT) CBmiddot2100 (CBCB)

-

10 mm (also available in 8 and 12 mm) Cement bonded particle board comprised of wood particles and cement

- ICSmiddot2145 CSmiddot2155

Overall Thickness 4-5 8 5-5 8 ______L______

Standard Length s (feet) 8 10 ___---shy

Weight (lbsq tt) 575 595

Core Thickness 4-3 4 5-34

System R-Value ----__---__ --_

bull bull

26 33 ]

1 2 CA 10 - CDX Grade APA or equivalent rated pressure treated plvood

r- 21 ~ PTpmiddot2155 PTpmiddot2165

Overall T hickness 4-5 8 I 5-58 6-5 8

Standard Lengths (feet) 8 (10 3vailalgtle by special order) I weight (Ibsq ft) 375

Core Thickness 3-1116

System R-Value ~shy

26

395 I 4 15 4- II I 6 middotmiddotmiddot~middot~~middot(-I

----shy-shy _ j

33 40 I1

Load Bearing

Curtain Waif

Roof Spans up to 4 ft

Roof Spans over 4 ft

Residential Construction

Commercial Construction

Structural Steel Framing

Insulated Garages

Insulated Warehouses

Timber Frame Structures

Heavy Timber Rafter Systems

Glue Laminated Structures

Manufactured Roof Trusses

Tropical Climates

Pool Enclosures

Curtain Waif

Roof Spans up to 4 ft

Roof Spans over 4 ft

Residential Construction

Commercial Construction

Structural Steel Framing

Insulated Garages

Insulated Warehouses

Glue Laminated Structures

Tropical climates

Pool Enclosures

bull bull

t co Vl

Q o o

-shy

-shyI -shy

r

CD LL CO Vl

Q o o

o o

CD Vl CO Vl

o o o N tL U

716 Exrerior Grade Exposure-I APA or equivalent rated oriented strand board

IZ Veneer Base (BlueBoard) Gypsum Wall Board

bull bull

Vertical or horizontal roof spans not to exceed 4 ft Unsupported overhangs not to exceed I ft Unsupported vertical or horizontal wall spans not to exceed S ft

7 16 Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

5S 303-6 Grade (S in on center face pattern) T-I-II pine plywood

716 Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

IZ Gypsum Wall Board - Fiber reinforced shyVertical or horizontal roof spans not to exceed 6 ft Unsupported overhangs not to exceed ISin Unsupported vertical or horizontal wall spans not to exceed 8 ft

I Z CA 10shyCOX Grade APA or equivalent rated pressure treated plywood

I Z Gypsum Wall Board - Fiber reinforced

~~ruiimiddotllI bull - bull Vertical or horizontal roof spans not to exceed 6 ft Unsupported overhangs not to exceed IS in Unsupported vertical or horizontal wall spansmiddot not to exceed S ft

14 (716 optional for nailbase) Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

( Z Low Density Wood Fiber Composite (Sound Board) Fiber Board Insulating Sheathing

_shy -- -_

Overall Thickness

Standard Lengths (feet)

Weight (lbsq ft)

Core Thickness

System R-Value

---- ----- --shy

S9 10 IZ 14 I _-J

395- middot14~middotimiddot5middot 435

I 3-1116 I 4-1116 5-11 16

I Z6 r 33 i 40 I_shy - shy

Tmiddot1middot11-2145 T111-2155

Overall Thickness 4-3 4 5-34 I

a_ _ng ______ l S__9_(_I_ aI-S_t_a_n_d_ rd_ Le__ths (feet_ o___ ~1-4

I

Weight (lbsq ft) 400 i 420

Core Thickness 3-1116 I 4-1116

m R-___ l__Z_6

_

I ~_s_t_e___va u_e___ _ _ 3_3 _1_ _

r FS-2145 I FS-2155 I FS-2165

overall Thickness I 4-5S 5-5 S

Standard Lengths (feet) S la IZ

Weight (Ibsq ft) gt 95 i 4 I5

-- --kn --I-core-T-h i c--ess----r-~-~-I-I-16middot 1 4~1II~

__s ____~ _ lu e------ _~___ystem R-gt_va~- _ 33 _

Overall Thickness

Standard Lengths (feet)

Weight Obsq ft)

Core Thickness

System R-Value

8 (10 available by special order)

395-] 415

Overall Thickness

CP-2145 CP-2165

4-5S 6-58

Standard Lengths (feet) S

i-_IV_e_ig_h_t _O_b_s_q__ft_)_~~ gt Z60 __ I ZSO

3-7S~~7S I 5-7S

i shys-yshyst-e-m==R=-=V_a- ~1-lI=e=======~__~~~~gtgt t-shy _4__--

Core Thickness

I 6-5S i I

I 435

I ~II11

~ J

-This product may lIot bt recommended nor laquomllta lor usc In wall applfaUcms For addlrJonal desiglr InformalJorr contact MUTUs middotSlructunlt fk(lgn Guidelines for fermer Dilly Product mpabllWes may be greater han or rss llrall liscd depending 011 pmuI rlckntss and or (x-a or rtgionalloads

• UntitledPDFpdf

Murus SIPs are custom manufactured to your plans

specifications Pre-cut SIPs have rough openings

ready for component installation

r

lfa From the highly advanced foam core to the highest

quality interior and exterior skin materials Murus

chooses only the best The finished SIP is molded

to perfection with our patented cam-locks il1

place and our standard electrical chase located

for convenient wiring Whatever type of skins you

choose you will be insured of receilting the very

best SIP available Several different interior skins are

available including OSB 12 gypsum wallboard

and TampG wood paneling

Insulating Core Type Polyurethane closed cell foam

Thickness (for OSB-21 45) 3- 11 16 in

R-Value 675 per in thickness

Density 22 Ibcu ft

Insulating Core Properties 40esign Values

K Factor (aged foam) 148 ASTM C-518

Com pressive Strength 23 psi ASTM DI621

Compressive I MOE 682 psi ASTM D1621

Shear Strength 31 psi ASTM C-273

Shear Modulus 203 psi ASTM C-273

Flexure Strength 52 psi ASTM C203

Flexure Modulus 587 psi ASTM C203

Tensile Strength 37 psi ASTM DI623

Tensile Modulus 611 psi ASTM DI623

MVTPerm Inches 10 ASTM E-96

Foam Fire Rating Class J bull UL 723

Flame Spread 20 UL 723

Smoke Developed 300 degUL 72 3

IOE IVodulus of Elasticity MOR Modulus of Rupture JMD Machine Direction Design Values are mean derived from multiple specimens

UL 723 is not necessarily representational of performance in an actual fire Class t is the highest mting available or combustible materials

Murus polyurethane foam is safe to humans and the environment It

does not contain formaldehyde CFCs or HCFCs and is 100 organic Murus polyurethane foam key to the Murus SIP system is produced from petroshy

leum by-products and recycled materials

Oriented strand board (OSB) is made of wood

strands from fast-growth trees one of natures most renewable

resources These wood fibers are glued together with durable

resins to provide a solid finish-ready exterior

surface

Our patented cam-lock system saves as much as 30 on

installation time compared to other SIP systems and offers even greater time

savings over stud wall construction It also proVides the most positive seal between

panels virtually eliminating moisture and air-infiltration Cam-locks are located every two feet up the length of the SIP

and in conjunction with the tongueshyand-groove connection create an

exceptionally strong superior building system

The chase is foamed in place during

manufacturing with several chase height

options

Murus SIPs can be site-cut or ordered factory pre-cut on our computerized CNC cutting eqUipment SIPs are then numbered for easy reference during installation Comprehensive instruction manuals are supplied with each order You or your professional contractor can install the SIPs and a Murus Technical Advisor is available if desired Or you can choose to have a Murus-trained crew handle the SIP system installation

bull bullbull bullbull

bull bullbull

one Ing systems

OSBmiddot2100 (058058) CLADmiddot2100 (OSSOS8PC)

-

bull bull 716 Exterior Grade Exposure- I APA or equivalent rated oriented strand board (OSB)

Overall Thickness

Sta nda rd Lengths (feet) 46 B 91012 14 16 IB 20

Weight Obsq ft) 375 I 395 I 415

Core Thickness 3-11 16 I 4-11 16 I 5-11 16

7 16 Exterior Grade Exposure-I APA or equivalent rated oriented strand board (OSB)

3 4 Standard Grade (kiln-dried) WP4-Eastern White Pine TampG with V-groove face pattern

JCLAOmiddot2145 CLAOmiddot2155 CLAOmiddot2165

Overall Thickness 5-3 B 6-3 8 7-3 8

IStandard Lengths (feet) B9 10 12 14 16

I Weight Obsq ft) 455 475 495

ICore Thickness 3-11 16 4-11 16 5-11 16

System R-Value I 27 34 41Load Bearing Insulated Garages

Curtain Wall Insulated Warehouses

Roof Spans up to 4 ft Timber Frame Structures

Roof Spans over 4 ft Heavy Timber Rafter Systems

Residential Construction Glue Laminated Structures

Commercial Construction Manufactured Roof Trusses

Structural Steel Framing Pool Enclosures

Due to manufacturing processes all dimensions are plus or minus standard tolerancf

Curtain Wall Timber Frame Structures

Roof Spans up to 4 tt Heavy Timber Rafter Systems Root Spans over 4 ft Glue Laminated Structures

Residential Construction Manufactured Roof Trusses

Commercial Construction

ISystem R-Value 26 33 40I

I

PTpmiddot2100 (PTPT) CBmiddot2100 (CBCB)

-

10 mm (also available in 8 and 12 mm) Cement bonded particle board comprised of wood particles and cement

- ICSmiddot2145 CSmiddot2155

Overall Thickness 4-5 8 5-5 8 ______L______

Standard Length s (feet) 8 10 ___---shy

Weight (lbsq tt) 575 595

Core Thickness 4-3 4 5-34

System R-Value ----__---__ --_

bull bull

26 33 ]

1 2 CA 10 - CDX Grade APA or equivalent rated pressure treated plvood

r- 21 ~ PTpmiddot2155 PTpmiddot2165

Overall T hickness 4-5 8 I 5-58 6-5 8

Standard Lengths (feet) 8 (10 3vailalgtle by special order) I weight (Ibsq ft) 375

Core Thickness 3-1116

System R-Value ~shy

26

395 I 4 15 4- II I 6 middotmiddotmiddot~middot~~middot(-I

----shy-shy _ j

33 40 I1

Load Bearing

Curtain Waif

Roof Spans up to 4 ft

Roof Spans over 4 ft

Residential Construction

Commercial Construction

Structural Steel Framing

Insulated Garages

Insulated Warehouses

Timber Frame Structures

Heavy Timber Rafter Systems

Glue Laminated Structures

Manufactured Roof Trusses

Tropical Climates

Pool Enclosures

Curtain Waif

Roof Spans up to 4 ft

Roof Spans over 4 ft

Residential Construction

Commercial Construction

Structural Steel Framing

Insulated Garages

Insulated Warehouses

Glue Laminated Structures

Tropical climates

Pool Enclosures

bull bull

t co Vl

Q o o

-shy

-shyI -shy

r

CD LL CO Vl

Q o o

o o

CD Vl CO Vl

o o o N tL U

716 Exrerior Grade Exposure-I APA or equivalent rated oriented strand board

IZ Veneer Base (BlueBoard) Gypsum Wall Board

bull bull

Vertical or horizontal roof spans not to exceed 4 ft Unsupported overhangs not to exceed I ft Unsupported vertical or horizontal wall spans not to exceed S ft

7 16 Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

5S 303-6 Grade (S in on center face pattern) T-I-II pine plywood

716 Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

IZ Gypsum Wall Board - Fiber reinforced shyVertical or horizontal roof spans not to exceed 6 ft Unsupported overhangs not to exceed ISin Unsupported vertical or horizontal wall spans not to exceed 8 ft

I Z CA 10shyCOX Grade APA or equivalent rated pressure treated plywood

I Z Gypsum Wall Board - Fiber reinforced

~~ruiimiddotllI bull - bull Vertical or horizontal roof spans not to exceed 6 ft Unsupported overhangs not to exceed IS in Unsupported vertical or horizontal wall spansmiddot not to exceed S ft

14 (716 optional for nailbase) Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

( Z Low Density Wood Fiber Composite (Sound Board) Fiber Board Insulating Sheathing

_shy -- -_

Overall Thickness

Standard Lengths (feet)

Weight (lbsq ft)

Core Thickness

System R-Value

---- ----- --shy

S9 10 IZ 14 I _-J

395- middot14~middotimiddot5middot 435

I 3-1116 I 4-1116 5-11 16

I Z6 r 33 i 40 I_shy - shy

Tmiddot1middot11-2145 T111-2155

Overall Thickness 4-3 4 5-34 I

a_ _ng ______ l S__9_(_I_ aI-S_t_a_n_d_ rd_ Le__ths (feet_ o___ ~1-4

I

Weight (lbsq ft) 400 i 420

Core Thickness 3-1116 I 4-1116

m R-___ l__Z_6

_

I ~_s_t_e___va u_e___ _ _ 3_3 _1_ _

r FS-2145 I FS-2155 I FS-2165

overall Thickness I 4-5S 5-5 S

Standard Lengths (feet) S la IZ

Weight (Ibsq ft) gt 95 i 4 I5

-- --kn --I-core-T-h i c--ess----r-~-~-I-I-16middot 1 4~1II~

__s ____~ _ lu e------ _~___ystem R-gt_va~- _ 33 _

Overall Thickness

Standard Lengths (feet)

Weight Obsq ft)

Core Thickness

System R-Value

8 (10 available by special order)

395-] 415

Overall Thickness

CP-2145 CP-2165

4-5S 6-58

Standard Lengths (feet) S

i-_IV_e_ig_h_t _O_b_s_q__ft_)_~~ gt Z60 __ I ZSO

3-7S~~7S I 5-7S

i shys-yshyst-e-m==R=-=V_a- ~1-lI=e=======~__~~~~gtgt t-shy _4__--

Core Thickness

I 6-5S i I

I 435

I ~II11

~ J

-This product may lIot bt recommended nor laquomllta lor usc In wall applfaUcms For addlrJonal desiglr InformalJorr contact MUTUs middotSlructunlt fk(lgn Guidelines for fermer Dilly Product mpabllWes may be greater han or rss llrall liscd depending 011 pmuI rlckntss and or (x-a or rtgionalloads

• UntitledPDFpdf

Murus polyurethane foam is safe to humans and the environment It

does not contain formaldehyde CFCs or HCFCs and is 100 organic Murus polyurethane foam key to the Murus SIP system is produced from petroshy

leum by-products and recycled materials

Oriented strand board (OSB) is made of wood

strands from fast-growth trees one of natures most renewable

resources These wood fibers are glued together with durable

resins to provide a solid finish-ready exterior

surface

Our patented cam-lock system saves as much as 30 on

installation time compared to other SIP systems and offers even greater time

savings over stud wall construction It also proVides the most positive seal between

panels virtually eliminating moisture and air-infiltration Cam-locks are located every two feet up the length of the SIP

and in conjunction with the tongueshyand-groove connection create an

exceptionally strong superior building system

The chase is foamed in place during

manufacturing with several chase height

options

Murus SIPs can be site-cut or ordered factory pre-cut on our computerized CNC cutting eqUipment SIPs are then numbered for easy reference during installation Comprehensive instruction manuals are supplied with each order You or your professional contractor can install the SIPs and a Murus Technical Advisor is available if desired Or you can choose to have a Murus-trained crew handle the SIP system installation

bull bullbull bullbull

bull bullbull

one Ing systems

OSBmiddot2100 (058058) CLADmiddot2100 (OSSOS8PC)

-

bull bull 716 Exterior Grade Exposure- I APA or equivalent rated oriented strand board (OSB)

Overall Thickness

Sta nda rd Lengths (feet) 46 B 91012 14 16 IB 20

Weight Obsq ft) 375 I 395 I 415

Core Thickness 3-11 16 I 4-11 16 I 5-11 16

7 16 Exterior Grade Exposure-I APA or equivalent rated oriented strand board (OSB)

3 4 Standard Grade (kiln-dried) WP4-Eastern White Pine TampG with V-groove face pattern

JCLAOmiddot2145 CLAOmiddot2155 CLAOmiddot2165

Overall Thickness 5-3 B 6-3 8 7-3 8

IStandard Lengths (feet) B9 10 12 14 16

I Weight Obsq ft) 455 475 495

ICore Thickness 3-11 16 4-11 16 5-11 16

System R-Value I 27 34 41Load Bearing Insulated Garages

Curtain Wall Insulated Warehouses

Roof Spans up to 4 ft Timber Frame Structures

Roof Spans over 4 ft Heavy Timber Rafter Systems

Residential Construction Glue Laminated Structures

Commercial Construction Manufactured Roof Trusses

Structural Steel Framing Pool Enclosures

Due to manufacturing processes all dimensions are plus or minus standard tolerancf

Curtain Wall Timber Frame Structures

Roof Spans up to 4 tt Heavy Timber Rafter Systems Root Spans over 4 ft Glue Laminated Structures

Residential Construction Manufactured Roof Trusses

Commercial Construction

ISystem R-Value 26 33 40I

I

PTpmiddot2100 (PTPT) CBmiddot2100 (CBCB)

-

10 mm (also available in 8 and 12 mm) Cement bonded particle board comprised of wood particles and cement

- ICSmiddot2145 CSmiddot2155

Overall Thickness 4-5 8 5-5 8 ______L______

Standard Length s (feet) 8 10 ___---shy

Weight (lbsq tt) 575 595

Core Thickness 4-3 4 5-34

System R-Value ----__---__ --_

bull bull

26 33 ]

1 2 CA 10 - CDX Grade APA or equivalent rated pressure treated plvood

r- 21 ~ PTpmiddot2155 PTpmiddot2165

Overall T hickness 4-5 8 I 5-58 6-5 8

Standard Lengths (feet) 8 (10 3vailalgtle by special order) I weight (Ibsq ft) 375

Core Thickness 3-1116

System R-Value ~shy

26

395 I 4 15 4- II I 6 middotmiddotmiddot~middot~~middot(-I

----shy-shy _ j

33 40 I1

Load Bearing

Curtain Waif

Roof Spans up to 4 ft

Roof Spans over 4 ft

Residential Construction

Commercial Construction

Structural Steel Framing

Insulated Garages

Insulated Warehouses

Timber Frame Structures

Heavy Timber Rafter Systems

Glue Laminated Structures

Manufactured Roof Trusses

Tropical Climates

Pool Enclosures

Curtain Waif

Roof Spans up to 4 ft

Roof Spans over 4 ft

Residential Construction

Commercial Construction

Structural Steel Framing

Insulated Garages

Insulated Warehouses

Glue Laminated Structures

Tropical climates

Pool Enclosures

bull bull

t co Vl

Q o o

-shy

-shyI -shy

r

CD LL CO Vl

Q o o

o o

CD Vl CO Vl

o o o N tL U

716 Exrerior Grade Exposure-I APA or equivalent rated oriented strand board

IZ Veneer Base (BlueBoard) Gypsum Wall Board

bull bull

Vertical or horizontal roof spans not to exceed 4 ft Unsupported overhangs not to exceed I ft Unsupported vertical or horizontal wall spans not to exceed S ft

7 16 Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

5S 303-6 Grade (S in on center face pattern) T-I-II pine plywood

716 Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

IZ Gypsum Wall Board - Fiber reinforced shyVertical or horizontal roof spans not to exceed 6 ft Unsupported overhangs not to exceed ISin Unsupported vertical or horizontal wall spans not to exceed 8 ft

I Z CA 10shyCOX Grade APA or equivalent rated pressure treated plywood

I Z Gypsum Wall Board - Fiber reinforced

~~ruiimiddotllI bull - bull Vertical or horizontal roof spans not to exceed 6 ft Unsupported overhangs not to exceed IS in Unsupported vertical or horizontal wall spansmiddot not to exceed S ft

14 (716 optional for nailbase) Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

( Z Low Density Wood Fiber Composite (Sound Board) Fiber Board Insulating Sheathing

_shy -- -_

Overall Thickness

Standard Lengths (feet)

Weight (lbsq ft)

Core Thickness

System R-Value

---- ----- --shy

S9 10 IZ 14 I _-J

395- middot14~middotimiddot5middot 435

I 3-1116 I 4-1116 5-11 16

I Z6 r 33 i 40 I_shy - shy

Tmiddot1middot11-2145 T111-2155

Overall Thickness 4-3 4 5-34 I

a_ _ng ______ l S__9_(_I_ aI-S_t_a_n_d_ rd_ Le__ths (feet_ o___ ~1-4

I

Weight (lbsq ft) 400 i 420

Core Thickness 3-1116 I 4-1116

m R-___ l__Z_6

_

I ~_s_t_e___va u_e___ _ _ 3_3 _1_ _

r FS-2145 I FS-2155 I FS-2165

overall Thickness I 4-5S 5-5 S

Standard Lengths (feet) S la IZ

Weight (Ibsq ft) gt 95 i 4 I5

-- --kn --I-core-T-h i c--ess----r-~-~-I-I-16middot 1 4~1II~

__s ____~ _ lu e------ _~___ystem R-gt_va~- _ 33 _

Overall Thickness

Standard Lengths (feet)

Weight Obsq ft)

Core Thickness

System R-Value

8 (10 available by special order)

395-] 415

Overall Thickness

CP-2145 CP-2165

4-5S 6-58

Standard Lengths (feet) S

i-_IV_e_ig_h_t _O_b_s_q__ft_)_~~ gt Z60 __ I ZSO

3-7S~~7S I 5-7S

i shys-yshyst-e-m==R=-=V_a- ~1-lI=e=======~__~~~~gtgt t-shy _4__--

Core Thickness

I 6-5S i I

I 435

I ~II11

~ J

-This product may lIot bt recommended nor laquomllta lor usc In wall applfaUcms For addlrJonal desiglr InformalJorr contact MUTUs middotSlructunlt fk(lgn Guidelines for fermer Dilly Product mpabllWes may be greater han or rss llrall liscd depending 011 pmuI rlckntss and or (x-a or rtgionalloads

• UntitledPDFpdf

bull bullbull bullbull

bull bullbull

one Ing systems

OSBmiddot2100 (058058) CLADmiddot2100 (OSSOS8PC)

-

bull bull 716 Exterior Grade Exposure- I APA or equivalent rated oriented strand board (OSB)

Overall Thickness

Sta nda rd Lengths (feet) 46 B 91012 14 16 IB 20

Weight Obsq ft) 375 I 395 I 415

Core Thickness 3-11 16 I 4-11 16 I 5-11 16

7 16 Exterior Grade Exposure-I APA or equivalent rated oriented strand board (OSB)

3 4 Standard Grade (kiln-dried) WP4-Eastern White Pine TampG with V-groove face pattern

JCLAOmiddot2145 CLAOmiddot2155 CLAOmiddot2165

Overall Thickness 5-3 B 6-3 8 7-3 8

IStandard Lengths (feet) B9 10 12 14 16

I Weight Obsq ft) 455 475 495

ICore Thickness 3-11 16 4-11 16 5-11 16

System R-Value I 27 34 41Load Bearing Insulated Garages

Curtain Wall Insulated Warehouses

Roof Spans up to 4 ft Timber Frame Structures

Roof Spans over 4 ft Heavy Timber Rafter Systems

Residential Construction Glue Laminated Structures

Commercial Construction Manufactured Roof Trusses

Structural Steel Framing Pool Enclosures

Due to manufacturing processes all dimensions are plus or minus standard tolerancf

Curtain Wall Timber Frame Structures

Roof Spans up to 4 tt Heavy Timber Rafter Systems Root Spans over 4 ft Glue Laminated Structures

Residential Construction Manufactured Roof Trusses

Commercial Construction

ISystem R-Value 26 33 40I

I

PTpmiddot2100 (PTPT) CBmiddot2100 (CBCB)

-

10 mm (also available in 8 and 12 mm) Cement bonded particle board comprised of wood particles and cement

- ICSmiddot2145 CSmiddot2155

Overall Thickness 4-5 8 5-5 8 ______L______

Standard Length s (feet) 8 10 ___---shy

Weight (lbsq tt) 575 595

Core Thickness 4-3 4 5-34

System R-Value ----__---__ --_

bull bull

26 33 ]

1 2 CA 10 - CDX Grade APA or equivalent rated pressure treated plvood

r- 21 ~ PTpmiddot2155 PTpmiddot2165

Overall T hickness 4-5 8 I 5-58 6-5 8

Standard Lengths (feet) 8 (10 3vailalgtle by special order) I weight (Ibsq ft) 375

Core Thickness 3-1116

System R-Value ~shy

26

395 I 4 15 4- II I 6 middotmiddotmiddot~middot~~middot(-I

----shy-shy _ j

33 40 I1

Load Bearing

Curtain Waif

Roof Spans up to 4 ft

Roof Spans over 4 ft

Residential Construction

Commercial Construction

Structural Steel Framing

Insulated Garages

Insulated Warehouses

Timber Frame Structures

Heavy Timber Rafter Systems

Glue Laminated Structures

Manufactured Roof Trusses

Tropical Climates

Pool Enclosures

Curtain Waif

Roof Spans up to 4 ft

Roof Spans over 4 ft

Residential Construction

Commercial Construction

Structural Steel Framing

Insulated Garages

Insulated Warehouses

Glue Laminated Structures

Tropical climates

Pool Enclosures

bull bull

t co Vl

Q o o

-shy

-shyI -shy

r

CD LL CO Vl

Q o o

o o

CD Vl CO Vl

o o o N tL U

716 Exrerior Grade Exposure-I APA or equivalent rated oriented strand board

IZ Veneer Base (BlueBoard) Gypsum Wall Board

bull bull

Vertical or horizontal roof spans not to exceed 4 ft Unsupported overhangs not to exceed I ft Unsupported vertical or horizontal wall spans not to exceed S ft

7 16 Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

5S 303-6 Grade (S in on center face pattern) T-I-II pine plywood

716 Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

IZ Gypsum Wall Board - Fiber reinforced shyVertical or horizontal roof spans not to exceed 6 ft Unsupported overhangs not to exceed ISin Unsupported vertical or horizontal wall spans not to exceed 8 ft

I Z CA 10shyCOX Grade APA or equivalent rated pressure treated plywood

I Z Gypsum Wall Board - Fiber reinforced

~~ruiimiddotllI bull - bull Vertical or horizontal roof spans not to exceed 6 ft Unsupported overhangs not to exceed IS in Unsupported vertical or horizontal wall spansmiddot not to exceed S ft

14 (716 optional for nailbase) Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

( Z Low Density Wood Fiber Composite (Sound Board) Fiber Board Insulating Sheathing

_shy -- -_

Overall Thickness

Standard Lengths (feet)

Weight (lbsq ft)

Core Thickness

System R-Value

---- ----- --shy

S9 10 IZ 14 I _-J

395- middot14~middotimiddot5middot 435

I 3-1116 I 4-1116 5-11 16

I Z6 r 33 i 40 I_shy - shy

Tmiddot1middot11-2145 T111-2155

Overall Thickness 4-3 4 5-34 I

a_ _ng ______ l S__9_(_I_ aI-S_t_a_n_d_ rd_ Le__ths (feet_ o___ ~1-4

I

Weight (lbsq ft) 400 i 420

Core Thickness 3-1116 I 4-1116

m R-___ l__Z_6

_

I ~_s_t_e___va u_e___ _ _ 3_3 _1_ _

r FS-2145 I FS-2155 I FS-2165

overall Thickness I 4-5S 5-5 S

Standard Lengths (feet) S la IZ

Weight (Ibsq ft) gt 95 i 4 I5

-- --kn --I-core-T-h i c--ess----r-~-~-I-I-16middot 1 4~1II~

__s ____~ _ lu e------ _~___ystem R-gt_va~- _ 33 _

Overall Thickness

Standard Lengths (feet)

Weight Obsq ft)

Core Thickness

System R-Value

8 (10 available by special order)

395-] 415

Overall Thickness

CP-2145 CP-2165

4-5S 6-58

Standard Lengths (feet) S

i-_IV_e_ig_h_t _O_b_s_q__ft_)_~~ gt Z60 __ I ZSO

3-7S~~7S I 5-7S

i shys-yshyst-e-m==R=-=V_a- ~1-lI=e=======~__~~~~gtgt t-shy _4__--

Core Thickness

I 6-5S i I

I 435

I ~II11

~ J

-This product may lIot bt recommended nor laquomllta lor usc In wall applfaUcms For addlrJonal desiglr InformalJorr contact MUTUs middotSlructunlt fk(lgn Guidelines for fermer Dilly Product mpabllWes may be greater han or rss llrall liscd depending 011 pmuI rlckntss and or (x-a or rtgionalloads

• UntitledPDFpdf

I

PTpmiddot2100 (PTPT) CBmiddot2100 (CBCB)

-

10 mm (also available in 8 and 12 mm) Cement bonded particle board comprised of wood particles and cement

- ICSmiddot2145 CSmiddot2155

Overall Thickness 4-5 8 5-5 8 ______L______

Standard Length s (feet) 8 10 ___---shy

Weight (lbsq tt) 575 595

Core Thickness 4-3 4 5-34

System R-Value ----__---__ --_

bull bull

26 33 ]

1 2 CA 10 - CDX Grade APA or equivalent rated pressure treated plvood

r- 21 ~ PTpmiddot2155 PTpmiddot2165

Overall T hickness 4-5 8 I 5-58 6-5 8

Standard Lengths (feet) 8 (10 3vailalgtle by special order) I weight (Ibsq ft) 375

Core Thickness 3-1116

System R-Value ~shy

26

395 I 4 15 4- II I 6 middotmiddotmiddot~middot~~middot(-I

----shy-shy _ j

33 40 I1

Load Bearing

Curtain Waif

Roof Spans up to 4 ft

Roof Spans over 4 ft

Residential Construction

Commercial Construction

Structural Steel Framing

Insulated Garages

Insulated Warehouses

Timber Frame Structures

Heavy Timber Rafter Systems

Glue Laminated Structures

Manufactured Roof Trusses

Tropical Climates

Pool Enclosures

Curtain Waif

Roof Spans up to 4 ft

Roof Spans over 4 ft

Residential Construction

Commercial Construction

Structural Steel Framing

Insulated Garages

Insulated Warehouses

Glue Laminated Structures

Tropical climates

Pool Enclosures

bull bull

t co Vl

Q o o

-shy

-shyI -shy

r

CD LL CO Vl

Q o o

o o

CD Vl CO Vl

o o o N tL U

716 Exrerior Grade Exposure-I APA or equivalent rated oriented strand board

IZ Veneer Base (BlueBoard) Gypsum Wall Board

bull bull

Vertical or horizontal roof spans not to exceed 4 ft Unsupported overhangs not to exceed I ft Unsupported vertical or horizontal wall spans not to exceed S ft

7 16 Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

5S 303-6 Grade (S in on center face pattern) T-I-II pine plywood

716 Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

IZ Gypsum Wall Board - Fiber reinforced shyVertical or horizontal roof spans not to exceed 6 ft Unsupported overhangs not to exceed ISin Unsupported vertical or horizontal wall spans not to exceed 8 ft

I Z CA 10shyCOX Grade APA or equivalent rated pressure treated plywood

I Z Gypsum Wall Board - Fiber reinforced

~~ruiimiddotllI bull - bull Vertical or horizontal roof spans not to exceed 6 ft Unsupported overhangs not to exceed IS in Unsupported vertical or horizontal wall spansmiddot not to exceed S ft

14 (716 optional for nailbase) Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

( Z Low Density Wood Fiber Composite (Sound Board) Fiber Board Insulating Sheathing

_shy -- -_

Overall Thickness

Standard Lengths (feet)

Weight (lbsq ft)

Core Thickness

System R-Value

---- ----- --shy

S9 10 IZ 14 I _-J

395- middot14~middotimiddot5middot 435

I 3-1116 I 4-1116 5-11 16

I Z6 r 33 i 40 I_shy - shy

Tmiddot1middot11-2145 T111-2155

Overall Thickness 4-3 4 5-34 I

a_ _ng ______ l S__9_(_I_ aI-S_t_a_n_d_ rd_ Le__ths (feet_ o___ ~1-4

I

Weight (lbsq ft) 400 i 420

Core Thickness 3-1116 I 4-1116

m R-___ l__Z_6

_

I ~_s_t_e___va u_e___ _ _ 3_3 _1_ _

r FS-2145 I FS-2155 I FS-2165

overall Thickness I 4-5S 5-5 S

Standard Lengths (feet) S la IZ

Weight (Ibsq ft) gt 95 i 4 I5

-- --kn --I-core-T-h i c--ess----r-~-~-I-I-16middot 1 4~1II~

__s ____~ _ lu e------ _~___ystem R-gt_va~- _ 33 _

Overall Thickness

Standard Lengths (feet)

Weight Obsq ft)

Core Thickness

System R-Value

8 (10 available by special order)

395-] 415

Overall Thickness

CP-2145 CP-2165

4-5S 6-58

Standard Lengths (feet) S

i-_IV_e_ig_h_t _O_b_s_q__ft_)_~~ gt Z60 __ I ZSO

3-7S~~7S I 5-7S

i shys-yshyst-e-m==R=-=V_a- ~1-lI=e=======~__~~~~gtgt t-shy _4__--

Core Thickness

I 6-5S i I

I 435

I ~II11

~ J

-This product may lIot bt recommended nor laquomllta lor usc In wall applfaUcms For addlrJonal desiglr InformalJorr contact MUTUs middotSlructunlt fk(lgn Guidelines for fermer Dilly Product mpabllWes may be greater han or rss llrall liscd depending 011 pmuI rlckntss and or (x-a or rtgionalloads

• UntitledPDFpdf

bull bull

t co Vl

Q o o

-shy

-shyI -shy

r

CD LL CO Vl

Q o o

o o

CD Vl CO Vl

o o o N tL U

716 Exrerior Grade Exposure-I APA or equivalent rated oriented strand board

IZ Veneer Base (BlueBoard) Gypsum Wall Board

bull bull

Vertical or horizontal roof spans not to exceed 4 ft Unsupported overhangs not to exceed I ft Unsupported vertical or horizontal wall spans not to exceed S ft

7 16 Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

5S 303-6 Grade (S in on center face pattern) T-I-II pine plywood

716 Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

IZ Gypsum Wall Board - Fiber reinforced shyVertical or horizontal roof spans not to exceed 6 ft Unsupported overhangs not to exceed ISin Unsupported vertical or horizontal wall spans not to exceed 8 ft

I Z CA 10shyCOX Grade APA or equivalent rated pressure treated plywood

I Z Gypsum Wall Board - Fiber reinforced

~~ruiimiddotllI bull - bull Vertical or horizontal roof spans not to exceed 6 ft Unsupported overhangs not to exceed IS in Unsupported vertical or horizontal wall spansmiddot not to exceed S ft

14 (716 optional for nailbase) Exterior Grade Exposure-I APA or eqUivalent rated oriented strand board

( Z Low Density Wood Fiber Composite (Sound Board) Fiber Board Insulating Sheathing

_shy -- -_

Overall Thickness

Standard Lengths (feet)

Weight (lbsq ft)

Core Thickness

System R-Value

---- ----- --shy

S9 10 IZ 14 I _-J

395- middot14~middotimiddot5middot 435

I 3-1116 I 4-1116 5-11 16

I Z6 r 33 i 40 I_shy - shy

Tmiddot1middot11-2145 T111-2155

Overall Thickness 4-3 4 5-34 I

a_ _ng ______ l S__9_(_I_ aI-S_t_a_n_d_ rd_ Le__ths (feet_ o___ ~1-4

I

Weight (lbsq ft) 400 i 420

Core Thickness 3-1116 I 4-1116

m R-___ l__Z_6

_

I ~_s_t_e___va u_e___ _ _ 3_3 _1_ _

r FS-2145 I FS-2155 I FS-2165

overall Thickness I 4-5S 5-5 S

Standard Lengths (feet) S la IZ

Weight (Ibsq ft) gt 95 i 4 I5

-- --kn --I-core-T-h i c--ess----r-~-~-I-I-16middot 1 4~1II~

__s ____~ _ lu e------ _~___ystem R-gt_va~- _ 33 _

Overall Thickness

Standard Lengths (feet)

Weight Obsq ft)

Core Thickness

System R-Value

8 (10 available by special order)

395-] 415

Overall Thickness

CP-2145 CP-2165

4-5S 6-58

Standard Lengths (feet) S

i-_IV_e_ig_h_t _O_b_s_q__ft_)_~~ gt Z60 __ I ZSO

3-7S~~7S I 5-7S

i shys-yshyst-e-m==R=-=V_a- ~1-lI=e=======~__~~~~gtgt t-shy _4__--

Core Thickness

I 6-5S i I

I 435

I ~II11

~ J

-This product may lIot bt recommended nor laquomllta lor usc In wall applfaUcms For addlrJonal desiglr InformalJorr contact MUTUs middotSlructunlt fk(lgn Guidelines for fermer Dilly Product mpabllWes may be greater han or rss llrall liscd depending 011 pmuI rlckntss and or (x-a or rtgionalloads

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