grafen · engineering polymers chemical vapor deposition electrospinning laboratory extruders raman...

Comprehensive

Product Catalog

2015/2016

Chemical Industries Co.

Grafen

www.grafen.com.tr

Graphene

Carbon Nanotubes

Fullerenes

Nanopowders of Elements and Compounds

Biomaterials

Engineering Polymers

Chemical Vapor Deposition

Electrospinning

Laboratory Extruders

Raman Spectroscopy

Analysis Services

POSS - Polyhedral Oligomeric Silsesquioxane

Conductive Polymers

Metal Organic Frameworks

Diamond Nanomaterials

Content

Agacisleri San. Sit. 521. Sokak No:39 Ivedik OSB Ankara, TurkeyTel: +90 312 394 81 09Fax: +90 312 394 55 14e-mail: [email protected]

Grafen Chemical Industries is a pioneer in the fields of advanced material technologies, nanostructured materials, functional polymers and fine chemicals since 2004. Thanks to the recentachievements in global markets, it is now our pleasure to present the latest,complete range of advanced materials related products and services.

Our application-oriented business policy helps the researchers to design the projects with the best performance/cost of materials, devices and services.

If you need more information on the products we offer, please do not hesitate to contact us. We are here to serve you & assure you of quality products andbest services.

Grafen Chemical Industries.

- Graphene Nanomaterials- CVD Graphene- Bulk Graphene Materials- Graphene Engineering

- Carbon Nanotubes- Functionalized Carbon Nanotubes- Carbon Nanotube Engineering- Carbon Nanotube Inks and Dispersions

- Fullerenes- Functionalized Fullerenes

- Compound Nanopowders- Element Nanopowders- Nanoclays- Nanowires/Nanorods

- Advanced Units- Benchtop Units

- Advanced Units- Benchtop Units

- Pilot Scale Extruders- Fiber Spinning Extruders

1 - 2345

6 - 78910

1213

11

18

19

20

21

22

30

31

14151617

23 - 2425

2627

2829

How to use this document

Viewing high resolution PDF file

Application-oriented Business Policy

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In order to see original high resolution PDF version of this catalog just open the File menuin the upper left of the web pageand click the “Download” as shown in the image.

Grafen Chemical Industries pursues a policy of services focusing on the customer requirements. Our highly skilled engineer team from around the world help you in the design of your projects. Before starting your work please contact us and briefly define the project. We assure you to reply within 48 hours with a quotation of the products which have the best performance, optimum cost and the most satisfying properties.

A hope to the future.

Thickness: 0.5 - 1 nmDiameter: ~ 1 µm

2BET Surface Area: 400 - 1000 m /g-1Electrical Resistivity: £ 0.30 W-cm

Thickness: 50 - 100 nmDiameter (optional): - £ 5 µm- £ 10 µm- £ 44 µmPurity: 96 - 99 %Oxygen Content: ~ 1 %

2Surface Area: 13 or 15 m /g

Thickness: 1 nmDiameter: ~ 0.5 µmPurity: ~ 90 %Oxygen Content: < 20%

2Surface Area: > 100 m /g

Thickness: < 3 nmDiameter: 300 - 800 nmPurity: ~ 99 %

Thickness: < 50 nmDiameter: ~ 200 µmOxygen Content: < 10 %

Thickness: ~ 1 nmDiameter: ~ 5 µmPurity: ~ 90 %Oxygen Content: < 35%

Thickness: 10 µmDiameter: ~ 200 µmOxygen Content: 15 - 35%

®Grafen -X1

®Grafen -iGP®Grafen -RGO

®Grafen -GNO

®Grafen -SEG

®Grafen -GNOx

®Grafen -GO

Single Layer Graphene

Industrial Graphene Nanoplateletsfor General Purposes

Reduced Graphene Oxide

Few Layered Graphene Oxide

Semi-exfoliated GrapheneSheets

Single Layer Graphene Oxide

Graphite Oxide from Flake Graphite

For your questions and other requirements please visit our website and contact us.

Graphene Nanomaterials

Thickness: 5 - 15 nmDiameter: 10 - 20 µmPurity: 95 %Oxygen Content: < 5%

®Grafen -GNPMultilayer Graphene for Advanced Applications

1www.grafen.com.tr

2 µm

1 nm

0 nm

ProductCode

ProductCode

ProductDescription

ProductDescription

Purity(%)

Purity(%)

Diameter/Thickness

Diameter/Thickness

®GRAFEN -X3

®GRAFEN -GNOx2

®GRAFEN -OH

®GRAFEN -F

®GRAFEN -NH

®GRAFEN -TH

®GRAFEN -PD

Single Layer Graphene (Single Layer Raito: ~ 80%)

Single Layer Graphene Oxide

Hydroxylated Graphene

Fluorinated Graphene

NH2 Functioanlized Graphene(Optional NH Functionalization Available)

Thiolated Graphene

Palladium Nanoparticle Decorated Graphene

99.8

> 90

99.8

> 96

10

N/A

N/A

®GRAFEN -X2

®GRAFEN -COOH

Single Layer Graphene (Single Layer Ratio: ~ 99%)

Carboxylated Graphene

99.8

99.8

0.5 - 2 µm / 0.8 - 1.2 nm

0.5 - 1 µm / ~ 3 nm

0.5 - 2 µm / 0.8 - 1.2 nm

0.3 - 0.8 µm / 0.7 - 1.2 nm

0.5 - 1 µm / ~ 3 nm

0.5 - 1 µm / ~ 3 nm

0.5 - 1 µm / ~ 3 nm

®GRAFEN -iGP3

®GRAFEN -GIC

®GRAFEN -Gr

®GRAFEN -SRO

Industrial Graphene Nanoplatelets for General Purposes

Expandable graphite

High quality natural flake graphite

High Surface Area Reduced Graphene Oxide 2Surface Area: 833 m /g

> 96

> 99

> 99

98

®GRAFEN -iGP2 Industrial Graphene Nanoplatelets for Genaral Purposes N/A 5 µm / 5 - 8 nm

14 µm / 10 - 20 nm

300 µm / 30 µm

300 µm / 20 µm

3 - 5 µm / Single Layer

1 - 5 µm / 0.8 - 2 nm

50 nm / Few layered

Graphene Nanopowders and Precursors

Functionalized Graphene

Graphene Nanomaterials


2www.grafen.com.tr

CVD Graphene

Twenty 10 x 10 mm samples

GCVD-Ni20Grafen Film on Nickel

Copper Foil Thickness: 20 µmOne 2 x 4 sheet

GCVD-CU24Single Layer Graphene onCopper Foil


3www.grafen.com.tr

CVD Based Graphene Nanostructures

ProductCode

Product Description Applications Product

Size

Single Layer Graphene on 285 nm Silicon Dioxide Wafer

Single Layer Graphene on 285 nm x 4 in. Silicon Dioxide Wafer

Single Layer Graphene on 285 nmSilicon Dioxide Wafer

Multilayer Graphene on 285 nmSilicon Dioxide Wafer

Multilayer Graphene on 285 nmSilicon Dioxide Wafer

Multilayer Graphene on Nickel FoilFoil Thickness: 25 µm

Single Layer Graphene on Copper FoilFoil Thickness: 20 µm

Single Layer Graphene on Copper FoilFoil Thickness: 20 µm

Graphene Film on Nickel

Single Layer Graphene transferred on PET,grown on copper foil

Single Layer Graphene transferred on glass,grown on copper foil





MEMS and NEMS, nanoelectronics,chemical and bio sensors















1 cm x 1 cm10 pack

Graphene Area:2 in. x 2 in

1 cm x 1 cm5 pack

1 cm x 1 cm10 pack

1 cm x 1 cm5 pack

2 in. x 2 in.

2 in. x 2 in.

4 in. x 4 in.

10 mm x 10 mm10 pack

1” x 1”

1” x 1”

1” x 1”5 pack

1” x 1”5 pack

2” x 2”

2” x 2”

GCVD-SD285

GCVD-SD4

GCVD-SD5

GCVD-SD10m

GCVD-SD5m

GCVD-Ni22

GCVD-Cu22

GCVD-Cu44

GCVD-Ni10

GCVD-G11

GCVD-P11

GCVD-G15

GCVD-P15

GCVD-G2

GCVD-P2

Bulk Graphene Materials


4www.grafen.com.tr

Diameter: 100 mmThickness: ~ 45 µmElectrical Conductivity: ~ 1000 S/cmSilvery/Nontransparent

®GRAFEN -CGP

®GRAFEN -FC24

®GRAFEN -Ni22

®GRAFEN -FLW

Conductive Graphene Paper

3D Single Layer Graphene Film on Copper Foam

3D Multilayer Graphene Film on Nickel Foam

Flower-like GraphenePlatelets

Diameter: 4 cmThickness: 10 µmNon-conductiveTensile Modulus: > 20 GpaColor: BlackBends easily

Thickness: 1.2 mmSample Size: 1.5 in. X 1.5 in.,Two samples pack

3Density: 320 mg/cmPore Size: 580 µm

Thickness: 1.2 mmSample Size: 2 in. x 2 in.Carbon Content: 99%, no metal support


Thickness: 1.2 mmSample Size: 2 in. x 4 in.






Thickness: 1.2 mmDiameter: 1 - 10 µm

2Surface Area: > 500 m /gPurity: 99.9 %

®GRAFEN -GOP

®GRAFEN -FC15

®GRAFEN -FC22

®GRAFEN -Ni24

Graphene Oxide Paper

3D Single Layer GrapheneFilm on Copper Foam

3D Multilayer Freestanding Graphene Film

3D Multilayer Graphene Filmon Nickel Foam

Graphene Engineering


5www.grafen.com.tr

ProductCode

ProductDescription

Sheet Resistance(W/sq)

Transmittance

®GRAFEN -TFF

®GRAFEN -TFR Single Layer Graphene Film on glass/wafer

Single Layer Flexible Graphene Film on polyimide

410 - 10

2 510 - 10

Custom designed

Custom designed

Transparent Conductive Films

Graphene Masterbatches

ProductCode

Product Description

ApplicationsPolymerMatrix

GrapheneContent

Masterbatches of grapheneand engineering polymers

Masterbatches of grapheneand conventional polymers

Electrostatic discharge protection, electromagnetic shielding, thermal conductivity

Electrostatic discharge protection, electromagnetic shielding, thermal conductivity

PEEK, PPS, LCP, PA

PC, PET, PP, TPU, PE

< 30 %

< 30 %

GMB-EN

GMB-CP

ProductCode

ProductDescription Applications Media

Graphene Content (g/L)

®GRAFEN -DOW

®GRAFEN -DOE

®GRAFEN -DGF

®GRAFEN -DEX

Graphene Oxide (Single layer) DispersionGraphene diameter: 500 - 700 nm, Oxidation: 20%

Graphene Oxide (Single layer) DispersionGraphene diameter: 0.5 - 2 µm

Few-layered Graphene DispersionGraphene diameter/thickness: 1 - 10 µm / 2 nm

Ultrapure Graphene (Single layer) DispersionGraphene diameter: ~ 550 nm

5

5

0.04

0.001

Water

Ethanol

DMF, NMP, Aqueous with Surfactant

Ethanol

Conductive coatings,transparent electronics, photonics




Graphene Dispersions: Inks and Nanofluids

ProductCode

Product Description Applications Product

Size

CVD Graphene deposited on TEM Grids (300 or 2000 mesh)

Copper grown graphene coated with PMMA thin film

Imaging of nanoparticles, proteins, virusses, DNA, 3D protein imaging, Cryo-TEM

Nanolithography and nanofabrication

Thickness of Graphene film: 0.3-3 nmTypical graphene coverage: 15-20 %

10 mm x 10 mm Film

GCVD-TG

GCVD-PM

Graphene Nanodevices


Carbon Nanotubes

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Industrial Grade Multi-walled Carbon Nanotubes

Few-walled Carbon Nanotubes

Single-walled Carbon Nanotubesfrom Arc Discharge

High Purity Single-walled Carbon Nanotubes

KNT-MP

KNT-F70

KNT-SARC

KNT-SH

Diameter: ~9.5 nmLength: ~1.5 µmCarbon Purity: 90%Metal Oxide: 10%

2BET Surface Area: 250-300 m /g

Diameter: ~ 4 nmLength: < 10 µmPurity: > 80%Superior electron field emission:

210 mA/cm

Diameter: ~ 1.3 nmLength: 0.5 - 3 µmPurity: 50 - 70 %

2Surface Area: 300 - 600 m /g

Diameter: < 2 nmLength: 5 - 30 µmPurity: > 95 %

2Surface Area: > 380 m /gElectrical Conductivity: > 100 S/cm

Diameter: ~ 3.5 nmLength: 1 - 10 µmPurity: > 90 %

2Surface Area: > 500 m /gMetal Oxide: < 10 %

Diameter: 1.1 - 1.7 nmLength: Few µmSWNT Purity: ~ 50 %

2Surface Area: ~ 150 m /g

Diameter: ~0.8 - 1.2 nmLength: ~100 - 1000 nmResidual Fe catalyst; - Raw: 35 wt% - Purified: 15 wt% - Super Purified: 5 wt%

Diameter: ~0.8 nmAspect Ratio: > 1000Carbon Content: > 95 %> 40 % of SWCNTs are (6,5) chirality> 95 % of SWCNTs are semiconducting

Ultra Purified Single-walledCarbon Nanotubes by HiPco

Chirality Controlled Single-walled Carbon Nanotubes

Double-walled Carbon Nanotubes

Single-walled Carbon Nanotubesfrom Induction Plasma

KNT-SU

KNT-SCh65

KNT-D90

KNT-SIT

Carbon Nanotubes


7www.grafen.com.tr

Multi-walled Carbon Nanotubes

Single-/Double- and Few-walled Carbon Nanotubes


Industrial Single-walled Carbon Nanotubes

Single-walled Carbon Nanotubes

Single-walled Carbon NanotubesMixture of Isolated and Bundled Nanotubes

Single-walled Carbon Nanotubeswith High Metallic Nanotube Content

Single-walled Carbon NanotubesConsistent Chirality Distribution

Chirality Controlled Single-walled Carbon Nanotubes: > 50 % are (7,6) chirality

Double-walled Carbon Nanotubes

Double-walled Carbon NanotubesMixture of Isolated and Bundled Nanotubes

Few-walled Carbon Nanotubes

Few-walled Carbon Nanotubes3 - 6 walls

Few-walled Carbon Nanotubes6 - 8 walls

Few-walled Carbon Nanotubes6 - 8 walls, Easily Dispersed

Short Multi-walled Carbon Nanotubes









Industrial Multi-walled Carbon Nanotubes



Thin Multi-walled Carbon Nanotubes

Large Diameter Multi-walled Carbon NanotubesVery easy to disperse

3 - 10

1- 2

1 - 2

2

0.7 - 1.4

~ 0.8

~ 0.9

2 - 4

3.5

4

6 - 9

~ 10

~ 10

3 - 10

10 - 20

10 - 20

20 - 30

20 - 30

30 - 50

30 - 50

> 50

> 50

10 - 30

20 - 40

> 50

9.5

60 - 180

10 - 30

5 - 30

5 - 30

Several

~ 1

~ 1

~ 1

~ 50

1 - 10

> 10

> 1

~ 3.5 - 5

~ 3.5 - 5

0.5 - 2

10 - 30

0.5 - 2

10 - 30

0.5 - 2

10 - 20

0.5 - 2

10 - 20

0.5 - 2

10 - 30

10 - 30

10 - 20

1.5

30 - 100

> 95

> 60

> 90

> 70

> 90

> 90

> 90

> 60

> 90

> 80

> 75

> 90

> 70

> 95

> 95

> 95

> 95

> 95

> 95

> 95

> 95

> 95

> 90

> 90

> 90

> 95

> 95

> 500

> 407

> 380

> 1000

N/A

N/A

N/A

350

> 500

N/A

N/A

N/A

N/A

> 500

> 200

> 200

> 110

> 110

> 60

> 60

> 40

> 40

> 200

> 110

> 40

N/A

N/A

KNT-M31

KNT-S60

KNT-S90

KNT-S70

KNT-S07

KNT-S08

KNT-SCh76

KNT-D24

KNT-D90

KNT-F40

KNT-F69

KNT-F10

KNT-F17

KNT-sM31

KNT-M12

KNT-sM12

KNT-M23

KNT-sM23

KNT-M35

KNT-sM35

KNT-M58

KNT-sM58

KNT-I13

KNT-I24

KNT-I50

KNT-MPH

KNT-LID

ProductCode

ProductCode

ProductDescription

ProductDescription

Average Diameter(nm)


Length(µm)

Length(µm)

Purity(%)

Purity(%)

Surface Area2(m /g)

Surface Area2(m /g)


8www.grafen.com.tr

Diameter: 3 - 10 nmLength: 5 - 20 µmPurity: > 95%


Also available with diameters of 10 - 20 nm, 20 - 30 nm, 30 - 50 nm, > 50 nm

Diameter: 3 - 10 nmLength: 5 - 20 µmPurity: > 95%


Also available with diameters of10 - 20 nm, 20 - 30 nm, 30 - 50 nm, > 50 nm

COOH Functionalized Multi-walledCarbon Nanotubes

OH Functionalized Multi-walledCarbon Nanotubes

KNT-MCH KNT-MOH

Functionalized Carbon Nanotubes

Modified Multi-walled Carbon Nanotubes

Graphitized Multi-walled Carbon Nanotubes

NH2 Functionalized Carbon Nanotubes

NH2 Functionalized Carbon NanotubesNH2 Functionalization: < 0.45 %

NH2 Functionalized Carbon NanotubesNH2 Functionalization: < 0.5 %

Nickel Coated Multi-walled Carbon Nanotubes

Nitrogen Doped Multi-walled Carbon Nanotubes

Boron Doped Multi-walled Carbon Nanotubes

8 - 15 / 10 -20 20 - 30 / 30 - 80

8 - 15 / 10 -20 20 - 30 / 30 - 80

13 - 18

8 - 15

9.5

20 - 30

20 - 30

10 - 50

1 - 12

~ 50

< 1

10 - 50

N/A

N/A

> 99.9

> 99

> 95

> 95

Ni Content: > 60CNTs Content: > 38

N/A

N/A

20 - 120

N/A

> 233

N/A

N/A

N/A

N/A

KNT-gM

KNT-MNH13

KNT-MNH81

KNT-MNH9

KNT-nM

KNT-MN

KNT-MBO

ProductCode

ProductDescription


Length(µm)

Purity(%)

Surface Area2(m /g)

Functionalized Single-/Double-walled Carbon Nanotubes

OH Functionalized Single-walled Carbon Nanotubes

OH Functionalized Single-walled Carbon Nanotubes

COOH Functionalized Single-walled Carbon Nanotubes

COOH Functionalized Single-walled Carbon Nanotubes

OH Functionalized Double-walled Carbon Nanotubes

COOH Functionalized Double-walled Carbon Nanotubes

NH2 Functionalized Single-walled Carbon NanotubesSWCNT/DWCNT mix is approx. 50/50

1 - 2

1 - 2

1 - 2

1 - 2

2 - 4

2 - 4

1 - 2

5 - 30

5 - 30

5 - 30

5 - 30

~ 50

~ 50

3 - 30

> 60 %

> 90 %

> 60 %

> 90 %

> 60 %

> 60 %

> 99 %

> 407

> 380

> 407

> 380

> 350

> 350

N/A

KNT-SOH60

KNT-SOH90

KNT-SCH60

KNT-SCH90

KNT-DOH

KNT-DCH

KNT-SNH

ProductCode

ProductDescription


Length(µm)

Purity(%)

Surface Area2(m /g)

Carbon Nanotube Engineering


9www.grafen.com.tr

Carbon Nanotube Elastomer Masterbatches

Carbon Nanotube Masterbatches

Product Description Applications

PolymerMatrix

CNT Content (%)

Advanced thermoplastics compounded with SWCNT or MWCNT

Thermoplastics compounded withMWCNT

PEI, PEEK,PI, PEK, ETFE

PC, PA 66, PA 12, PP

PA 6, PBT, HDPE, PET

- 10 - 15 - 20 - 30

Custommade

Electrostatic discharge protection, electromagnetic shielding, thermal conductivitiy

for cunsomer products


for industrial productsKNTMB-EG

KNTMB-CP

ProductCode

ApplicationsPolymerMatrix

CNT Content(%)

Fluoroelastomer

EPDMEthylene Propylene Diene Monomer

Nitrile rubber

Thermoplastic Polyurethane

Silicone rubber

20

40

35

Custommade

Custommade






MWCNT: Multi-walled Carbon Nanotubes DWCNT: Double-walled Carbon NanotubesSWCNT: Single-walled Carbon Nanotubes FWCNT: Few-walled Carbon Nanotubes

KNTMB-ER

KNTMB-N4

KNTMB-TU

KNTMB-S35

KNTMB-F2

ProductCode

ProductCode

Product DescriptionAverage

Diameter

Field Emission Grade Ultra Quality Carbon Nanotubes - MWCNT: > 90% purity, powder 8 nm 10 - 20 µm - FWCNT: > 98% purity, bucky paper 4 nm 10 µm - DWCNT: > 98% purity, bucky paper 2 nm 2 - 6 µm

AFM Probe from SWCNT or MWCNT Tip angle from ± 3° to ± 20 ° available

Field Emission Cathodes from CNTs2Diode configuration, Pixel # 1, 10 mm x 10 mm, 2 mA/cm

Field Emission Cathodes from CNTs2Triode configuration, Pixel # 5, 2 mm x 15 mm, 2 mA/cm

From 10 to 100 nm available

N/A

N/A

From 0.5 to 10 µmavailable

KNT-FE

KNT-AT

KNT-FED and -FET products also available for wide ranging configuration, substrate, current density and size.

KNT-FED

KNT-FET

Carbon Nanotube Nanodevices

Length

N/A

N/A

Diameter: 7 - 10 nmLength (Height): 10 µm, 300 µm, 1.5 mm(optional)

10 11 2Site Density: 10 - 10 CNT/cmSubstrate: Silicon or quartz

2Sample Size: 1 or 3 cm optional

Vertically Aligned Carbon Nanotube Arrays

Carbon Nanotube Coated Transparent Conductive Films

KNT-VAR KNTF-PET

Carbon nanotube coated PET films for nanoelectronicsand photovoltaicsSize: A4 SheetSheet Resistance: 225 - 1200 W/sqTransmission: 73 - 85 %

Carbon Nanotube Inks and Dispersions


10www.grafen.com.tr

Form: Solution (0.01 mg/mL) or PowderDiameter: 1.2 - 1.7 nmLength: 300 nm - 5 µmSolution color: PinkMetal Catalyst Impurity: < 1%Amorphous Carbon Impurity: 1-5%

Form: Solution (0.01 mg/mL) or PowderDiameter: 1.2 - 1.7 nmLength: 300 nm - 5 µmSolution color: GreenMetal Catalyst Impurity: < 1%Amorphous Carbon Impurity: 1-5%

Semiconducting SWCNTsSeparated/Purified

KNT-SPS KNT-SPMMetallic SWCNTs Separated/Purified

Form: Solution (0.25 mg/mL) or PowderDiameter: 1.2 - 1.7 nmLength: 300 nm - 5 µmSolution color: GreyAmorphous Carbon Impurity: 1-5%Metal Catalyst Impurity; - Pure Tubes: < 3.5% - Super Pure Tubes: < 1%

Type: Water, alcohol and IPA solvent are availableSolid contained: 10 - 50 ppm by weight Viscosity: ~ 0.890 cP @ 25 C for water based ~ 1.074 cP @ 25 C for alcohol basedProcessing methods: Spray, dip coating, ink jetprinting & roll to roll printingExcellent uniformityExcellent stability

Ultra Pure SWCNTsSeparated/Purified

KNT-SPU KNTINK-iCarbon Nanotube Ink

Carbon Nanotube Dispersions: Inks and Nanofluids

NanotubeType

DispersionMedia

Nanotube Content (wt%) Description

KNTEP

KNTSI

KNTSAQ

KNTSAQs

KNTSAQc

KNTINK-M

KNTINK-S

ProductCode

Water with anionic surfactant

Alcohol, Ketone or Ester with polymer dispersant

Bisphenol-A epoxy

Two component silicone resin system

Water with non-ionic surfactant



Water with minor dispersants

Water with minor dispersants


Water with cationic surfactant

MWCNT

MWCNT

MWCNT

MWCNT

SWCNT

Short SWCNT

Carboxyl functionalized MWCNT

Carboxyl functionalizedSWCNT

Carboxyl functionalizedSWCNT

MWCNT

MWCNT

KNTAQ

KNTSO

KNTAQN

KNTAQC

1 - 3

2

2

2

1

1

10

N/A

N/A

2

2

Eco-friendly waterborne coating & composite formulations

Advanced inks and coatingformulations

Solvent/solvent free epoxy formulationsfor coatings, composites and adhesives

High electrical conductivitywith excellent abrasion, chemical resistance

Eco-friendly waterborne caoting& composite formulations



Ink cartridge set for HP deskjet printers,for printed electronics

Ink cartridge set for HP deskjet printers,for printed electronics



MWCNT: Multi-walled Carbon Nanotubes DWCNT: Double-walled Carbon NanotubesSWCNT: Single-walled Carbon Nanotubes FWCNT: Few-walled Carbon Nanotubes

Diamond Nanomaterials


www.grafen.com.tr

Crystal Size: 4 - 6 nmNanodiamond content: > 97 %

2Specific Surface Area: ~ 330 m /gOxidable Carbon Content: £ 2.5 wt%

3Bulk Density: ~ 0.5 g/cm

Crystal Size: 4 - 6 nmTotal Carbon Fraction: > 85 %Nanodiamond content: > 27 %

2Specific Surface Area: ~ 330 m /gOxidable Carbon Content: > 70 wt %

3Bulk Density: ~ 0.5 g/cm

Wafer Diameter: 50 - 300 mmFilm Thickness: 200 nm - 10 mmNanocrystalline Domains: Down to 10 nmUndoped or conductive borondoped films available (doped resistivity is 0.05 to 10 W-cm)

Diamond Particle Size (Optional): 1oo nm to 50 mm

Cyristal Size: 3.5 - 5.2 nm2Specific Surface Area: 320 - 350 m /g

Particle Size: 5 - 15 nmAsh content: < 0.4 %

Particles: Polycrystalline nanodiamondParticle Size: 50, 60, 70 or 80 nmDispersion Media: WaterConcentration: 2 to 20 g/L

Average Particle Size: 4 - 15 nm2Specific Surface Area: ~ 350 m /g

Purity: 55 - 75 %3Bulk Density: 0.16 g/cm

Mesh Size: 60/70 to 325/400 US mesh

High-quality Diamond Nanoparticles

Nanodiamond Mixture

Nanocrystalline CVD diamond on Silicon

Aqueous Diamond Suspensionfor Industrial Applications

Single-Digit Nanodiamonds Aqueous Solution

Aqueous Diamond Nanofluid

Diamond Nanoparticles

Monocrystalline Mesh SizedDiamond Powder

DIA-HNP

DIA-BNP

DIA-CVD

DIA-SLR

DIA-QD

DIA-NF

DIA-MNP

DIA-CMP

11

Fullerenes


www.grafen.com.tr

ProductCode

ProductDescription

Purity(%)

Density3(g/cm )

FUL-C78

FUL-C60P

FUL-C60U

FUL-SAR

FUL-SAX

FUL-iST

FUL-HL

Fullerene C78

Fullerene C60 Purified

Fullerene C60, Ultra pure, Vacuum oven dried

Soot produced by electric arc dischargeFullerene Content: 7% (80% C60, 15% C70, 5% higher fullerenes)

Fullerene mixture extracted from soot produced byelectric arc discharge, Content: 80% C60, 15% C70, 5% higher fullerenes)

Fullerene containing soot for industrial applicationsFullerene Content: > 10 %

95

99.5

99.9

N/A

N/A

N/A

97 - 99 Mixture of higher fullerenes, available on inquiry

FUL-C76 Fullerene C76 95 N/A

N/A

N/A

N/A

N/A

N/A

0.05

0.7

Fullerene Nanomaterials

Fullerene C60

FUL-C60 Diameter: 0.7 nmPurity: > 99 % Form: Dark brown powder

Fullerene C70

FUL-C70 Diameter: N/A Purity: > 99 % Form: Black powder

Fullerene C84

FUL-C84 Diameter: N/APurity: 99 % Form: Dark brown powder

Extract (mixture) of fullerenes

FUL-ST Content: - 75 ± 5% C60 - 25 ± 5% C70 - 1 - 3% higher fullerenes

Hydrated FullereneC60@(H O)2 24

Hydrated fullerene is a stable, highly hydrophilic, supra-molecular complex of C60 fullerene and water. - Excellent anti-oxidant activity

- Miscible with aqueous media - Biocompatible

Available as water solutions at three different concentrations of 1, 14 and 144 mg/L

12

Functionalized Fullerenes


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Bis[60]PCBM

Chemical Name:Bis(1-[3-(methoxycarbonyl)propyl]-1-phenyl)-[6,6]C62 (mixture of isomers) Purity: > 99.5 %Molecular Formula: N/AMolecular Weight: N/A

FUL-B6PM [60]PCBM

Chemical Name:Phenyl C61 butyric acid methyl ester Purity: > 99.5 %Molecular Formula: C H O72 14 2

Molecular Weight: 910.9

FUL-6PM

[70]PCBM

Chemical Name:[6,6]-Phenyl-C71 butyric acid methyl ester(mixture of isomers) Purity: > 99.5 %Molecular Formula: C H O82 14 2


FUL-7PM [60]ThCBM

Chemical Name:Thienyl C61 butyric acid methyl ester Purity: > 99 %Molecular Formula: N/A Molecular Weight: N/A

FUL-6TM

[84]PCBM

OH Functionalized Fullerenes

Chemical Name:[6,6]-Phenyl-C85 butyric acid methyl ester(mixture of isomers) Purity: > 99 %Molecular Formula: C H O96 14 2


- Polyhydroxy fullerene D (fullerol or fullerenol)C60(OH)n (n18 - 22)- Polyhydroxy fullerene S (fullerol or fullerenol)C60(OH)n (n18 - 22)

FUL-8PM

FUL-OH

[60]PCB-Cn

[6,6]-Phenyl C61-butyric Acid 3-ethylthiophene Ester

[60]PCB-C4; [60]PCB-C8; [60]PCB-C12;[60]PCB-C18

Other ester derivates available.

Purity: > 99 %Absorption maximum: 341 nmShelf life: 12 months

FUL-6PC

FUL-6PT

Metallofullerenes

[6,6]-Phenyl C61-butyric Acid 2,5-dibromo-3-ethylthiophene Ester

Chemical Name: M3N@c80M optional metals: Scandium, Lutetium, Yttrium,Gadolinium, ErbiumPurity: > 95 %

Purity: > 99 %Absorption maximum: 341 nmShelf life: 12 months

FUL-MF

FUL-6PBT

13

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ProductCode

ProductDescription

Average Particle Size (nm)

Purity(%)

Surface Area2(m /g)

NP-AOA4

NP-AOG2

NP-BAT

NP-BO8

NP-BN10

NP-BC5

NP-CEO13

NP-CUO4

NP-FOA24

NP-FOG24

NP-MGO13

NP-NIO10

NP-SIOP15

NP-SION20

NP-SIC4

NP-TIO51

NP-TIO13

NP-ZO13

Aluminum Oxide (Al2O3, alpha)

Aluminum Oxide (Al2O3, gamma)

Barium Titanate (BaTiO3, cubic)

Boron Oxide (B2O3)

Boron Nitride (BN, hexagonal)

Boron Carbide (B4C)

Cerium Oxide (CeO2)

Copper Oxide (CuO)

Iron Oxide (Fe2O3, alpha)

Iron Oxide (Fe2O3, gamma)

Magnesium Oxide (MgO)

Nickel Oxide (NiO)

Silicon Oxide (SiO2, porous)*

Silicon Oxide (SiO2, non-porous)*

Silicon Carbide (SiC, beta)

Titanium Oxide (TiO2, anatase)

Zinc Oxide (ZnO)

40

20

100

80

100

50

10-30

40

20-40

20-40

10-30

<100

15-20

20

40

10-25

10-30

10-30

99

99.99

99.9

99.5

99.5

99

99.99

99+

99

99

99.9

98

99.5

99.5

99

99.5

99.5

99.8

~ 60

230-400

10-11

N/A

N/A

>42

30-50

~ 20

40-60

40-60

>60

>6

640

160

>80

50-150

~50

30-50

Titanium Oxide (TiO2, rutile)

Compound Nanopowders



14

* Please contact us for surface functionalized SiO2 product range.

Element Nanopowders



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ProductCode

ProductDescription

Average Particle Size(nm)

Purity(%)

Surface Area2(m /g)

NP-AG23

NP-AG100

NP-AGVP

NP-AGPD

NP-AL18

NP-AL68

NP-AU51

NP-AUPD

NP-B80

NP-CU25

NP-CU68

NP-CU50

NP-FE25

NP-FE68

NP-MO68

NP-NI20

NP-NI2C

NP-SI50

NP-SN10

NP-CO23

NP-TI46

NP-CH68

NP-W46

NP-ZN46

Silver

Silver

Silver PVP Coated, Self-dispersible

Silver Polymer Coated, Self-dispersible

Aluminum

Aluminum

Gold

Gold Polymer Coated, Self-dispersible

Boron

Copper

Copper

Copper

Iron

Iron

Molybdenum

Nickel

Nickel, Carbon Coated

Silicon

Tin

Cobalt

Titanium

Chromium

Tungsten

Zinc

Metal nanoparticles are extremely flammable. Please contact us for handling and storage procedures and confirm the suitability for your requirements.

20-30

100

20-30

15

18

60-80

50-100

15

80

25

60-80

500

25

60-80

60-80

20

20

30 - 50

< 100

25-30

40-60

60-80

40-60

40-60

99.95

99.95

99.95

99.9

99.9

99.9

99.99

99.99

99.9

99.8

99.9

99.8

99.9

99.9

99.9

99.9

99.9

> 98

99.9

99.8

99.9

99.9

99.9

99.9

20

5

20

40-60

9-18

3.5

N/A

N/A

N/A

30-50

6-8

3

40-60

7

4-10

40-60

40-60

70 - 100

~ 7

40-60

~ 20

6-8

~ 8

~ 12

15


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Nanoclays

Diameter: 40 - 200 µm Length: 0.5 - 1.2 µm

Type: Smectite, phyllosilicateChemical Formula: (Na,Ca) (Al,Mg) (Si O )0.33 2 4 10

(OH) .n(H O)2 2

Surface Modification: Unmodified, pristine clay

Surface Modification: DimethyldoddecylammoniumDiameter: < 5 µm

2Specific Surface Area: 43.6 m /g3Specific Mesopore Volume: 0.14 cm /g

Composition: 1.12 % N, 32.56 % CCrystallinity: 58.2 %

(onset)T : 238 °Cdecomposition (max)T : 361 °Cdecomposition

Type: PhyllosilicateChemical Formula:Mg Si O (OH) .6H2O4 6 15 2

Diameter: < 100 nm

Chemical Formula:CaCO3

Diameter: ~ 30 nm

Surface Modifications: - 0.5 - 5 wt% aminopropyltriethoxysilane,15 - 35 wt% octadecylamine- 25 - 30 wt% trimethyl stearyl ammonium- 25 - 30 wt% octadecylamine- 35 - 45 wt% dimethyl dialkyl (C14-C18) amine- 25 -30 wt% methyl dihydroxyethyl hydrogenated tallow ammonium

Al Si O (OH) Alluminosilicate 2 2 5 4

natural clay

Montmorillonite Nanoclay for Industrial Purposes

Sodium Exchanged Hydrophilic Montmorillonite

Precipitated Calcium Carbonate

Sepiolite Clay NanofibersHalloysite Nanotubes

Montmorillonite Nanoclays

NM-HST

NM-IMT

NM-PMT NM-PCC

NM-SPT

NM-MMT

Products:- Nanopowder - Thermoplastic masterbatch with 30% halloysite

16


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Silver Nanowires

Copper Nanowires

Gold Nanowires

Titanium Oxide Nanowires

Nickel Nanowires

Gold Nanorods

NW-AG

NW-CU

NW-AU

NW-TIO

NW-NI

NRD-AU

Diameter: 50 - 400 nmLength: 20 - 200 µmSilver Purity: ~ 99.5 %Concentration: 20 mg/ml Media: Ethanol, IPA or water

Diameter: 100 - 200 nmLength: 0.8 - 6 µmSilver Purity: ³ 96.5 %Media: Water

Diameter: 75 nmLength: 0.8 - 6 µmSilver Purity: ³ 96.5 %Media: Water

Diameter: 10 nm or 100 nmLength: 10 - 30 µm

Diameter: 200 nm or 300 nmLength: up t0 200 µm

UV-VIS Peak: 650 nmDiameter (width): 21.5 nmLength: 53.3 nmMass Concentration: 0.07 mg/mLParticle Surface: Proprietary polymerSolvent: Aqueous 0.125M polymer

Nanowires/Nanorods

17


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Aminopropylisobutyl POSS

Solvent Solubility: THF, chloroform, hexaneSolvent Insolubility: Acetonitrile, methanolResin Solubility: Aliphatic resins, aliphatic and aromatic aminesAppearance: White powderUses: Grafting agent, chain terminator

Octasilane POSS

Mercaptopropylisobutyl POSS

Octa(3-hydroxy-3-methylbutyl-dimethylsiloxy) POSS

PEG POSS Cage Mixture

Tris Sulfonic Acid Ethyl POSS

Solvent Solubility: THF, chloroform, hexaneSolvent Insolubility: Water, methanolResin Solubility: Alkene monomersAppearance: White powderUses: Crosslinking aid, surface modification,glassification

Solvent Solubility: THF, chloroformSolvent Insolubility: AcetonitrileResin Solubility: Most aliphatic alkenes, rubber Appearance: White solidUses: Graftable agent and surface modification,hydrophobicity improvement

Solvent Solubility: THF, toluene, acetoneSolvent Insolubility: AcetonitrileAppearance: White powderUses: Polyurethane cross-linker, adhesionpromotion

Solvent Solubility: Water, alcoholsSolvent Insolubility: HexaneResin Solubility: Polyether, polyesterAppearance: Pale-yellow liquidUses: Cosmetics, hydrating agent, alloying agent

Solvent Solubility: THF, chloroform, hexane,ethanolSolvent Insolubility: Acetonitrile, methanolAppearance: Dark, viscous liquidUses: Surfactant, surface modification

Epoxycyclohexyl POSS Cage Mixture

Trifluoropropyl POSS Cage Mixture

Acryloisobutyl POSS

OctaMethyl POSS

Solvent Solubility: THF, chloroform, IPASolvent Insolubility: HexaneResin Solubility: Aliphatic and aromatic epoxy resinsAppearance: Semi-solidUses: Glassification agent, cross-linker polyester chain extender

Solvent Solubility: ChloroformSolvent Insolubility: AcetonitrileResin Solubility: Thermoplastics, fluorinated thermoplasticsAppearance: White powderUses: Reduction of surface energy

Solvent Solubility: THF, chloroform, hexaneSolvent Insolubility: Acetonitrile, methanolResin Solubility: Acrylic monomers and oligomersAppearance: White powderUses: Comonomer for increased hydrophobicityand toughness

Solvent Solubility: THF, chloroform, slightly solubleSolvent Insolubility: Acetonitrile, methanol, benzene, acetoneResin Solubility: Most thermoplastic resins (PA, PE, PP, PU)Appearance: White powderUses: Improves hydrophobicity, printability,processing

POSS - Polyhedral Oligomeric Silsesquioxane

18

Conductive Polymers


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Bulk Form: Powder, dark green colorDiameter/Length: 8 µm/100 µmStability: Decomposing at ~ 250 °CGrade: Pure polyaniline and dopantsSolubility: 1 to 10 wt% dispersible in selected organic solvents (m-cresol, DMSO, NMP) Solid Conductivity: 4 W/sq

Bulk Form: Powder, dark green colorAspect Ratio: 2 - 5 L/DStability: Decomposing at ~ 250 ° CGrade: Mixed polyaniline and dopantsSolubility: 1 to 10 wt% dispersible in selected organic solvents (m-cresol, NMP) Solid Conductivity: 4 W/sq

Bulk Form: Powder, dark green colorStability: Decomposing at ~ 250 °CGrade: Mixed polyaniline and dopantsSolubility: 1 to 10 wt% dispersible in alcohols (methanol, ethanol, IPA) and most organic solvents (xylene, toluene, EA, MEK etc.)

4Surface Resistivity: Down to 10 W/sq

Bulk Form: Dispersion in water, green colorSolid Particles: ~ 25 nm, core/shell nanoparticlesSolid Content: ~ 12.5 %

4Surface Resistivity: Down to 10 W/sqOptional Grades: - Water dispersible nanopowder - Binder enhanced aqueous dispersion

Doped Polyaniline Needle-LikeWhiskers

Doped Polyaniline Rod-Like Whiskers

Doped Polyaniline Dispersible inAlcohol and Organic Solvents

Doped Polyaniline Aqueous Dispersion

PANI-ND

PANI-RD

PANI-OS

PANI-AQ

P3HT Poly(3-hexythiophene-2,5-diyl)

PEDOT-PSS Poly(3,4-ethylenedioxythiophene)-poly(styrenesulfonate)

- Electronic grade- > 98% head to tail regioregular- 99.995% trace metal basisOptional MW from 15,000 to 60,000available.

Polymer mixture of two ionomersGrade: Conductive grade, aqueous dispersionComposition: PEDOT 0.5 wt% PSS 0.8 wt%Concentration: 1.3 wt% dispersion in water Band Gap: 1.6 eVConductivity: 1 s/cm

Optional 0.5 - 3 wt% aqueous dispersionsavailable.

19

Metal Organic Frameworks


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Aluminum terephthalate, MIL53

Fe-BTC, Iron, 1,3,5-benzenetricarboxylate

Magnesium Formate

Copper benzene-1,3,5-tricarboxylate

2-Methylimidazole zinc salt, ZIF 8

MOF-MIL53

MOF-FBTC

MOF-MGF

MOF-CUBTC

MOF-ZIF8

2- BET surface area: 1100 - 1500 m /g3

- Bulk density: 0.4 g/cm

2- BET surface area: 1300 - 1600 m /g3- Bulk density: 0.16 - 0.35 g/cm

2- BET surface area: 400 - 600 m /g3- Bulk density: 0.3 - 0.4 g/cm

2- BET surface area: 1500 - 2100 m /g3

- Bulk density: 0.35 g/cm

2- BET surface area: 1300 - 1800 m /g3- Bulk density: 0.35 g/cm

20

Biomaterials

Nanocrystalline Cellulose

INSECTA-BF/RD/MQFunctional Phytochemicals

Cellulose nanofibers from natural biomass

- Diameter: 5 nm- Length: 150 nm

Chitosan

Deacetylated chitin, Poly(D-glucosamine)- Coarse ground flakes and powder- > 75% deacetylated- 800 - 2000 cP, 1 % in 1 % acetic acid

Polylactic Acid - PLA

Polylactic acid from GMO-free corn for medical and food applications

3- Density: 1.25 (±0.05) g/cm- Melt index, G/10 min (190 °C/2.16 kg): 02 - 10- Glass transition temperature: 48 - 50 °C

PLGA - Poly(D,L-lactide-co-glycolide)

Flax Fabric Prepreg

- Lactide/glycolide (optional): 65/35, 50/50, 75/25, 85/15 - MW (optional): 30,000 - 105,000- Viscosity: 0.45 - 0.60 dL/g

Fabric Construction:4 x 4 plain or 2 x 2 twill

2Areal Dnesity: 400 or 500 g/mResin Content: 50 %Fiber Volume: 44.7 %


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- Ultrastrong microbicide for bacteria, fungi (mold etc.) and viruses - Rodent repellents for mice, squirrel and rabbits- Insect repellent for mosquitos, mites, ticks and roundworms - Derived from renewable sources: non-toxic and environmentally friendly- Outstanding performance/cost ratio

21

Engineering Polymers


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Excellent mechanical properties, even at very low temperatures E-modulus: 8300 MPa at 295 Kcompared to 9600 MPa at 4 KThermal Shrinkage at 4 K: 0.557 %Yield Stress: 210 MPa

Self Reinforcing Thermoplastic

Polyvinyl Alcohol

Polyparaphenyl Copolymer

PVA

Carbon Fiber Fabric

Aramid Fabric

Carbon Fiber Roving

Nomex Honeycomb

Aramid Roving

UHMWPE

Ultra high molecular weight polyethylene

- MW: 3,000,000 - 6,000,000- T : 138 °Cm

- Density: 0.94 g/mL at 25 °C

- Hydrolysis: 100%- MW: 200000

3- Density: 0.4 - 0.6 g/cm- Tm: 160 - 240 °C

Fabric Construction: Plain or twill2

Areal Density: 93 to 600 g/mFiber Bundle: 12000, 6000 or3000

2 2Size: 2 m to 20 m

Fabric Construction: Plain or twill2Areal Density: 61 - 410 g/m

2 2Size: 1 m to 20 m

Density (g/cm3): 1.77Tensile Strength: 4300 MPaTensile Modulus: 240 GPaElongnation at break: 1.8 %Thermal Conductivity: 17 W/mKSpecific Electrical Resistance:

-31.6 x 10 W-cm

Cell Dimension: 3.2 mm3

Density: 29 kg/mThickness: 1.5 mm or 3 mmSize: 120 cm x 240 cm

Fiber Type: Aramid HMLinear Density (nomimal): dtex 1610Finish Content: 0.8 %Elongnation at break: 2.5 %Breaking Tenacity: 2926 MPaHeat Resistance: 48 h at 200 C, 90 %Decomposition Temperature: > 450 C

22

CVD-CX



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Standard Configuration:

- 3 Zone Resistance Furnace for Temperatures up to 1100 °C- Wafer Sizes up to 100mm- Proprietary Real-Time Cascade Process Temperature Control- 127 mm Quartz Reaction Chamber- 4 Mass Flow Controlled UHP Gas Lines- User Settable Warnings and Alarms- Application Customized Safety Systems- One (1) Year Warranty

Options:

- Multi-zone Furnace with Proprietary Real-Time Cascade Process Temperature Control- Resistance Heating High Temperature Furnace to > 1200 °C- Infrared (IR) Heating for Rapid Thermal Processing (RTP) > 1100 °C- Induction (RF) Heating for Process Temperatures to > 1500 °C- Low Pressure Operation (100 - 700 Torr), < 50 mtorr Base Pressure- Ultra High Vacuum (UHV) for Loadlock chamber and/or Process Chamber- Loadlock for High Throughput and Additional System Safety- Glove Box with exhausted or N purge2

- Liquid Precursor Vapor Delivery Kit

Cutting-Edge CVD Manufacturing for Graphene, Carbon Nanotubes and Semiconductors - Thermal CVD - Plasma Enhanced CVD - Metal Organic CVD - Crystal Growth CVD - High precision process control - Excellent vacuum technology up to ultra high range

23


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Technical Specifications:

- Tube Dimensions: Æ 100*1200 mm- Maximum Temperature: 1000 °C- Heating Zone: Æ 100*350 mm- Linear Motion Control Unit- Three (3) MKS Mass Flow Controllers; Hydrogen (H ), Methane (CH ), Argon (Ar)2 4

-3 - Capacitance Manometer with Readout to 1x10 Torr- Self-Tuning Pressure Controller with 4-channel MFC Readout- Rotary Pump (400 L/min)

CVD-GX

Specially designed for CVD synthesis of graphene with excellent quality

24



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Benchtop Chemical Vapor Deposition


- Working Temperature: 400 - 1000 °C- Length of heat tube with even heating:200 mm- Tube Dimensions: Æ 74*1000 mm - Flowmeters: N , H , CH2 2 4

- Liquid feed system with metering- Vacuum meter of low-noise tube- Rotary pump

Applications:

- Synthesis of carbon nanotubes or nanocoils and carbon micro/nanofibers- Suitable for multiply substrates and massproduction- Specially designed inner chamber offeringevenly grown carbon nanotubes- Vertically aligned carbon nanotubes with smooth film thickness owing to minor temperature variation

CVD-BTL

Carbon Nanotube and Inorganic Nanorod Synthesis - Economic CVD process for easy fabrication - Continuous catalyst powder feeding - Vacuum conditions - T : 800 °Cmax

- Power: 1600 W - Reaction zone: 60 mm x 80 mm

CVD-BTH

25


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Electrospinning

Nanospider NS200 & NS500Pilot Scale Electrospinning Units For Research Labs

Technical Specifications: Spinning unit:

- Total number of spinning electrodes: 1- Spinning electrode width: 200 mm / - Interchangeable spinning electrodes- Integrated unwind / rewind

Equipment variables:

- Spinning voltage: 0 - 80 kV- Substrate speed: 0.13 - 1.57 m/min- Spinning distance: 70 - 190 mm /

Accessories

- Humidity and temperature control (dehumidifier, AC unit)- Cylinder spinning electrodes- Wire spinning electrodes- Pike spinning electrodes- Two types of collecting electrode- Two tubs for different batch volumes

500 mm*

70 - 210 mm*

* Orange coded values are valid for exclusively. Others are valid for NS LAB 200 and NS LAB 500.NS LAB 500

26

Benchtop Electrospinning


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- Power source 220 V, 380 V, Frequency: 50/60 Hz - High Voltage Power Supply Device: 0-50 kV, digital display - 2-channel Syringe Pump 10 ml syringe: 0.1-300 ml/h 20 ml syringe: 0.1-400 ml/h 50 ml syringe: 0.1-600 ml/h

Spinneret- Inner Diameter of Single Nozzle: 0.1-1.6 mm - Coaxial spinneret, inner nozzle is changeable Inner Diameter: 0.7 mm Outer Diameter: 1.6 mm - Multi-nozzle spinneret: 5 nozzle, linear array - Side by side nozzle diameter: changeable - Slide unit for spinneret: 150 mm moving distance with 1 ~ 15 mm/s speed

Rotating collector- Drum Rotation Speed: 150-6000 rpm(standard type)- Drum dimension D=75 mm, 20 mm, 5 mm;L= 150 mm. 3 Nos. in total - Disk collector D= 75 mm, sharp edge or flat edge

Plate collector - Size: as A4, or B5, or A5 - Temperature: Room Temp. to 80 °C- Dimensions: 800 mm length * 450 mm width * 840 mm height - Net weight: 60 kg - Gross weight: 80 kg

EFIB-COX

EFIB-RX

Coaxial Electrospinning Production Unit

Extremely Configurable Research Electrospinning Unit

Technical Specifications: Rotating Drum Collector: Length 30 cm, Diameter: 12 cmNozzle Configuration: Coaxial nozzle system Number of micropumps: 2 Multiple nozzle array (Number of nozzles: 18) Nozzle is adjustable in x,y directionSyringe Pumping Rate: 0-1500 mL/h, adjustable with a precision of 0.1 mL/h High Voltage Power Supply: 0-60 kV, precision 0.1 kV (220 v, 60 Hz)Working Chamber: Ventilation fan, safety door, static grounding equipmentsSample: TPU/DMF electrospinning solution included

27



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EXT-iLABPilot Scale Twin Screw Laboratory Extruder

General Information:- Production Capacity: 5 - 100 kg/h- Heating Power: 10.9 kW- Installed Power: 41.5 kW- Average Water Requirement:30 L/min - 10 °C

Screw:- Diameter: 27 mm- Operation Length: 1188 mm- L/D: 44:1- OD/ID: 1.55- Max. Rate of Turn: 1200 rpm a) Main feeding area b) Degassing area- Type: Modular changable- Material: Hot work steel

Temperature Probes:- Type: J- Zone: 10 pcs. - Temperature indicator: Operator window- Security Alert: Visual

Temperature Regulation-(12 zone):- Regulation per zone- Temperature tolerance: ± 1 °C- Indication: probe PT-100- Temperature indicator: operation panel

Vacuum Unit:Vacuum pump 0.37 kW, check valve

Cooling Unit: Plate heat exchanger, 0.37 kW pump

Granulator: Drirect drive AC motor, 2.2 kW

Cooling pool:0.55 kw pumpStainless steel constructionClosed loop heat exchanger cooling

28


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EXT-sLABLaboratory Scale Twin Screw Extruder

Screw:- Twin screw; feeding and kneading- Screws and mantles are replaceable- Capacity: 25 kg/h- 0 - 200 rpm driver- 10 kg. material storage

Heating System:- Temperature control: 0 - 350 °C- 5 zones heated and cooled seperately

Transmission Box:- Operation range: 0 - 400 rpm - Motor: 5.5 kW, 1500 rpm

Cooling:- 5 zones controlled by solenoid valves

EXT-fTEX

Pilot Scale Fiber Spinning Extruder

Granulator: - Capacity: 25 kg/h- Operation range: 0 - 400 rpm

Cooling pool:- Water pump- Stainless steel construction

Technical Specifications


- Melt spinnng for PP, PET, Polyamide fibers- Filament number: 22, 44 or 48- Yarn Spool Size: 0.5 to 4 kg- PLC control and PLD heating

29


Raman Spectroscopy


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RAMAN-CLABMicro-Raman Spectrometer For Practical Research

Raman Spectrometer

- 785 nm Frequency Stabilized, Narrow Linewidth Diode- Laser Output Power: ~ 300 - 400 mW- High sensitivity CCD spectrograph with CCD cooled to - 50 °C- 2-D CCD Array- HRP-8 High throughput fiber optic probe, O.D. > 8 Rayleigh rejectionSpectral Parameters:

-1Standard Average Optical Resolution: ~ 6.5 cm-1Spectral Range: ~ 100 - 3300 cm

-1Nominal Resoltion: 2 cm /pixel

Microscope

- Leica BME Microscope with 10x, and 40x Objectives. (Optional 20x and 40xLong Working Distance Objective Available)- Spatial Resolution ~ 5 µm with 20x objective- 1.3 M Pixel CMOS Viewing Camera- White light LED Epi-illumination


Sample Spectra

Raman Spectrum of SWCNT Raman Spectrum of MWCNT

D G

500 1000 1500 2000 2500 3000

Raman Shift (cm-1)

G'

N2

30

Analysis Services


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Characterization Facilities

Documentation

- Transmission electron miroscopy (TEM) and Scanning electron microscopy (SEM)imaging of nanostructures and advanced materials.

Grafen Chemical Industries offers its well suited material characterization facilities and experiences for customers. Contract analysis services are available for the following items:

- Raman spectroscopy- X-Ray diffraction- X-Ray photoelectron spectroscopy (XPS)- BET surface area- TGA-DSC- Particle size analysis for nanopowders, emulsions and suspensions- Antibacterial activity test with AATCC 147 and 100, ASTM E2149

Analysis results are supplied as txt files of raw data along with pdf files containing brief visual representation of the results.

Please contact us for more detailed information.

Terms and Conditions of Sale


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Material must be received on or before the ReturnAuthorization expiration date. Material returned requiring disposalmay incur additional charges. A 20% restocking fee is charged oncatalogue items returned, subject to a minimum charge of USD20.00 and a maximumcharge of USD 150.00.Uses and PatentsOur materials are offered for laboratory and manufacturing useonly. They are NOT intended for use as drugs, food additives, cosmetic,household chemicals, or other inappropriate applications.The listing of a material in this catalogue does not constitute a licenseto, or a recommendation for, its use in infringement of anypatent. We reserve the right to limit sales of products or not to sellproducts to unqualified customers.Limited WarrantiesThe information included in this catalogue has been obtained fromnormally reliable and dependable sources and is correct to the bestof our knowledge; however, we cannot guarantee it as such. WEMAKE NO OTHER REPRESENTATIONS OR WARRANTY OFANY KIND, EXPRESS OR IMPLIED, AS TO MERCHANTABILITY,FITNESS FOR PARTICULAR PURPOSE, OR ANYOTHER MATTER WITH RESPECT TO OUR PRODUCTS,WHETHER USED ALONE OR IN CONNECTION WITH ANYOTHER SUBSTANCE.Limited Liability/Purchaser‘s IndemnityClaims for rejected, non-conforming product, or any other claimagainst us, must be made in writing and must be received and acknowledged by us in writing within thirty (30) days of customer‘sreceipt of the product in question. Any claims not satisfying thiscondition shall be deemed waived. Upon the approved return ofany such product, we shall have the option to replace such productwith conforming product or to return the purchase price tocustomer, at our sole discretion. PURCHASER‘S EXCLUSIVEREMEDY, FOR ANY CAUSE OR CLAIM WHATSOEVER,INCLUDING BUT NOT LIMITED TO ALLEGED BREACHOF WARRANTY, PRODUCT LIABILITY, NEGLIGENCE, OROTHERWISE, SHALL BE FOR MONEY DAMAGES IN ANAMOUNT NOT TO EXCEED THE PURCHASE PRICE PAIDBY PURCHASER FOR THE PRODUCT IN RESPECT TOWHICH THE CLAIM IS MADE. IN NO EVENT SHALL WE BELIABLE FOR SPECIAL, INCIDENTAL OR CONSEQUENTIALDAMAGES, WHETHER PURCHASER‘S CLAIM IN CONTRACT,NEGLIGENCE, STRICT LIABILITY OR OTHERWISE.IN CONSIDERATION OF THE SALE OF PRODUCT TOPURCHASER, WHICH SALES WE WOULD NOT OTHERWISEMAKE, PURCHASER AGREES TO INDEMNIFY ANDHOLD US HARMLESS FROM ALL CLAIMS, EXPENSES,LOSSES AND LIABILITY OF ANY NATURE WHATSOEVERARISING OUT OF PURCHASER‘S HANDLING AND/OR USEOF PRODUCT, WHETHER USED ALONE OR IN COMBINATIONWITH ANY OTHER SUBSTANCE.Material Safety Data SheetsEach shipment of chemicals and/or pure elements is accompaniedby a Material Safety Data Sheet in compliance with OSHA HazardCommunication Standard. If one is not immediately available, acopy will be sent via mail as soon as possible. We strongly recommendthat customers use this information to ensure proper useand that the health and safety of all are protected. We furnish theinformation on each Material Safety Data Sheet without warranty.HazardsAll of our products should be handled only by qualified and trainedindividuals. In purchasing these products, the customer acknowledgesthat there are hazards associated with their use. Customerrepresents and warrants to us that from customer‘s own independentreview and study it is fully aware and knowledgeable about(a) the health and safety hazards associated with the handling ofthe products purchased; (b) industrial hygiene controls necessaryto protect its workers from such health and safety hazards; (c) theneed to adequately warn of health and safety hazards associatedwith products; and (d) government regulations regarding the use ofand exposure to such products.

All sales are subject to the following terms and conditions: LimitedWarrantiesLimitation of Liability/Purchaser‘s IndemnityALL ORDERS ARE ACCEPTED AND SHIPPED STRICTLYSUBJECT TO THESE GENERAL TERMS AND CONDITIONSAND NO OTHER TERMS AND CONDITIONS PRINTED ONBUYER‘S PURCHASE ORDER OR OTHERWISE, SHALL BEAPPLICABLE TO YOUR ORDER.Method of ShipmentWhenever possible, we will ship products by the method specified on your order. We work closely with PTT, UPS, DHL and find we can service you best when using these carriers.We will be happy to utilize other carriers based on your requirements;however, we must reserve the right to alter these instructions,in which case, we will select the most appropriate and costeffective method. CERTAIN POISONOUS, REACTIVE, CORROSIVE OR OTHER CHEMICALS MAY REQUIRE A BARRIER BAG, STEEL CAN, AND/OR OTHER SPECIAL PACKAGING FOR SHIPMENT. THERE WILL BE ADDITIONAL CHARGES FOR THESE PACKAGES. Our Customer Service Representatives will advise you of the charges at the time the order is placed. We strive to minimize these costs through efficient packaging.Terms and PricesAll orders are shipped FOB seller‘s shipping point. Your order may be subject to handling charges. We can also ship freight collect, if desired. All prices are listed in euros or US dollars. PRICES ARE SUBJECT TO CHANGE WITHOUT NOTICE. In cases where the selling prices have changed significantly, we will contact you for approval prior to shipping your mailed, faxed, or electronically-transferred order. OUR PAYMENT TERMS ARE NET 14 DAYS OF INVOICE, UNLESS OTHERWISE STATED. DELAYED PAYMENT IMPOSES A FINE of USD 10.00 for the fi rst reminder, which is sentafter the payment deadline and USD 20.00 for the second reminder, which is sent earliest 2 weeks after the fi rst reminder.Order Changes/CancellationsNo change by Purchaser of any term or condition of this contractor any of Seller‘s rights or remedies hereunder shall be bindingon Seller, nor shall the order hereby acknowledged be changed orcancelled by Purchaser unless approved in writing by an authorizedperson of Grafen Chemical Industries. There are no representations,agreements, promises, or understandings between Purchaser andSeller that are not expressed herein.Claims for Lost or Damaged ShipmentsWe urge you to inspect all packages immediately upon receipt andreport any damage, shortage or defect to our Customer ServiceDepartment as soon as possible. CLAIMS FOR THESE DISCREPANCIESMUST BE MADE WITHIN 30 DAYS OF YOUR RECEIVINGTHE MATERIALS. All products are sold FOB seller‘sshipping point unless otherwise noted. Delivery of goods to thecarrier at seller‘s plant or to other loading point shall constitutedelivery to Buyer, and regardless of shipping terms, all risks of lossor damage in transit shall be borne by Buyer.Return ShipmentsSome materials are not returnable to Grafen Chemical Industries, including,but not limited to, custom or special order materials, leakingor damaged chemicals, items with missing or obliterated labels,parts or instructions, refrigerated or frozen materials and openedmaterials. Returned shipments cannot be accepted by Grafen Chemical Industries unless prior arrangements have been made. If it isnecessary to return any materials, contact our representative toobtain a return authorization number. REQUESTS FOR RETURNAUTHORIZATION NUMBERS MUST BE MADE WITHIN 30DAYS OF YOUR RECEIVING THE MATERIALS. Only itemsauthorized by seller for return will be accepted. Final dispositionof returned goods will be made only after receipt and inspectionof goods. Collect shipments will not be accepted unless previouslyauthorized. Material must be received on or before the ReturnAuthorization expiration date.

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Grafen Chemical Industries

www.grafen.com.tr

Agacisleri San. Sit. 521. Sokak No:39/A Ivedik OSB Ankara, Turkey

Tel: 0 312 394 81 09Fax: 0 312 394 55 14

e-mail: [email protected]

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