egger compact laminates af kompaktlami… · compact laminates with black core and compact...
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Egger Compact Laminates
An elegant solution for high activity interiors.
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EGGER Compact Laminate Page 3
Product versions in overview Page 14
Textures Page 16
Compact laminate with synchronised pore Page 19
Decors Page 20
Processing instructions Page 40
Availability guide Page 62
W1000 ST9 Premium White © Katharina Jaeger
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EGGER Compact Laminate is an attractive, durable and moisture resistant, board providing new design opportunities for furniture and interior design. Compact laminate is well suited for interior applications subjected to high stress, and areas that require high levels of hygiene and cleanliness, such as in restaurants, hospitals, or clean rooms. It can also be used in wet areas, such as bathrooms, changing rooms and sanitary rooms. The combination of durability and an elegant look and feel that makes the compact laminate an option for a number of applications within the commercial project field.
→ www.egger.com/compactlaminate
→ Visually appealing and elegant
→ Resistant and impact-resistant
→ Durable material
→ No edge or surface finish required
→ Standardised material for precise machining
→ High stability
→ Moisture resistant
→ Hygienic and easy to maintain
→ Resistant to everyday cleaning products and chemicals
Benefits at a glance
EGGER Compact Laminate elegant,
hygienic, robust.
Design-oriented solutions technically
flawless.
H1145 ST10 Natural Bardolino Oak U767 ST9 Cubanit Grey
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Bring a unique design to an interior with EGGER Compact Laminate. Ideal for use in wet and high stress areas such as tables, worktops, wall panelling or changing rooms, the possibilities are endless. Take advantage of its longevity, appearance and resistance to create beautiful, yet practical interiors. technically
flawless.
W1000 ST9 Premium White, U332 ST15 OrangeH3325 ST28 Tobacco Gladstone Oak
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6 F425 ST10 Beige Linen6
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Multiple possibilities
fulfil all wishes.
→ Technical data sheets and application tips are available on our website at www.egger.com/compactlaminate
The core of the EGGER compact laminate is well suited to precision processing, for example for new furniture or for designs with an individual requirement.
For special designs, the board can be grooved and drilled. They can also be milled and routed providing that no additional edge is necessary.
W1000 ST9 Premium WhitePhotos: © Katharina Jaeger
Purefor elegant design.
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Filigree or straight-lined elements create a design-oriented interior. This look can be re-created with compact laminate due to its high stability, robustness and elegant design. It is an attractive alternative to metal, and thanks to the variety of decor options, compact laminate becomes a possibility. Our generous colour palette livens up your interiors, and with the extensive collection of uni colour and material decors it can open the door to totally new horizons.
W1200 ST9 Porcelain White
Good to know
Bring your ideas to life with the online Virtual
Design Studio (VDS). Visualise the decors of the
EGGER Decorative Collection 2017 – 2019 in 80
different room settings.
→ www.egger.com/vdsonline
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W1000 ST9 Premium White © Katharina Jaeger
Eurodekor Plus MW
White underlays
White underlays
Eurospan raw chipboard
Impregnated decor paper
Impregnated decor paper
Impregnated decor paper
Laminate with coloured core
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A white decor on a compact laminate with white core looks lighter when used on chipboard. In order to allow you to obtain matching applications, EGGER off ers the decor W1001 ST9 Solid Premium White in the coordinated set of materials: Compact laminate with white core, laminates with coloured core, and Eurodekor Plus Multilayer MW 06 or 08 can be perfectly combined in the decor W1001 ST9.
Solid white.
Compact laminate, white core
Impregnated decor paper
Fibrous core layer
Impregnated decor paper
W1001 ST9 Solid Premium White © talsee.ch 11
Perfectly combined.
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→ All details regarding the availability of the complete product range are available at www.egger.com/availabilityguide
Compact laminates with black core and compact laminates in flame-retardant variant Flammex Euroclass B are part of our set of matching decors and textures. This allows you to combine a variety of EGGER products: The decors available as compact laminates are also available, according to our delivery list, as melamine-faced boards, lightweight boards, laminates and edges. An offer which brings together technical, aesthetic, and economic expectations.
H1277 ST9 Light Lakeland Acacia U330 ST9 Aubergine Purple
H1180 ST37 Natural Halifax Oak
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The standard classifies and regulates them as CGS or ACS type (pearlescent version). Due to the high quality construction, standard compact laminates with black core are suitable for use in high impact areas.
Brief profileApplication Wall cladding, booths, dividers, work surfaces
(office & kitchen), hospital furnishings etc.Types • CGS – Compact grade - General purpose -
Standard grade • ACS – Pearlescent laminate - Compact -
Standard gradeThicknesses 3, 5, 6, 8, 10, 12, 13 mm
The standard classifies and regulates them as CGF or ACF type (pearlescent version).
The look and function of the compact laminate in the Flammex version is similar
to the compact laminate with black core. In addition, it is characterised by a significantly improved fire behaviour and is classified as B-s2, d0 according to EN 13501-1. Flammex Compact Laminate is flame-retardant, smoulders moderately, and does not drip.
With reduced ventilation and flame-retardant or non-flammable substructure, the EGGER Flammex Compact Laminate may even be classified and used as B-s1, d0. These boards are used in buildings or areas demanding higher requirements in terms of the reaction to fire.
Brief profileApplication Wall protection and ceiling claddingTypes • CGF – Compact grade - General purpose -
Flame retardant grade • ACF – Pearlescent laminate - Compact -
Flame retardant gradeThicknesses 6, 8, 10 mm
The standard designates them as type BCS. They are regulated in a separate section of the standard. EGGER Compact Laminate with white core has multiple layers made of melamine
resin film impregnated core papers and their function is identical to the compact laminate with black core. In addition to these properties, the white core sets special contrasts and
accents in furniture and interior design. It serves as a visible element which merges into the overall design of the interior application.
Brief profileApplication Worktops, bathroom furniture and shopfittingTypes • BCS – Coloured core laminate -
Compact - Standard gradeThicknesses 3, 5, 6, 8, 10, 12, 13 mm
General EGGER Compact Laminate is compact laminate press material according to EN 438 with black, white, or flame-retardant core. They are made of multiple layers and consist of melamine resin impregnated decorative paper as cover layer and a fibrous core layer bound with thermosetting resins. Individual components are pressed together under high pressure and temperature according to the specifications of an HPL laminate press. Sizes: 2,790 mm × 2,060 mm or 5,600 mm × 2,060 mm.
Compact laminate with black core
Compact Laminate Flammex Euroclass B
Compact laminate with white core
Product versionsin overview.
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Composition of compact laminateDecorative impregnated paper Overlay
Fibrous core layer Decorative impregnated paper Overlay
Overlay:
Compact laminates with print decor (wood and material reproductions) include the overlay.
Product overview and classification EGGER Compact Laminates are differentiated and classified within the EN 438 standard by three letters. The following gives an overview of the material types offered by EGGER as standard.
* Compact Laminate Flammex Euroclass B only with black core
Decors in the synchronised pore structures ST28 and ST37 are only available on compact laminate with black core in 8 and 13 mm material thickness.
Further processing All EGGER Compact Laminates can also be cut in individual formats in addition to the standard formats. The cut can take place both as rough cut and as pre-determined cut. In addition to formatting, compact laminates are further refined in our prefabricated component plants until they become pieces of furniture. In order to obtain ready-mounted parts, we offer edge profiling, drills, grooves, surface milling, etc.
Permit and certification Material origin As a materiel with a significant content of wood-based
fibres, our compact laminate products can also be delivered as 100 % certified PEFC , PEFC Controlled Sources, or FSC® Controlled Wood.
Emissions Due to their manufacturing process, compact laminate has low emissions.
EGGER Possibilities DIN EN 438 StandardProduct name Decors Thicknesses Material type / Description Standard Description Compact laminate black core Standard decors 3, 5, 6, 8, 10, 12, 13 mm CGS – Compact grade - General
purpose - Standard grade CompactLaminatesCompact Laminate
Flammex Euroclass B * Standard decors 6, 8, 10 mm CGF – Compact grade - General purpose - Flame retardant grade
Compact laminate black core Pearlescent decors 3, 5, 6, 8, 10, 12, 13 mm ACS – Pearlescent laminate -
Compact - Standard grade Design LaminatesCompact Laminate
Flammex Euroclass B * Pearlescent decors 6, 8, 10 mm ACF – Pearlescent laminate - Compact - Flame retardant grade
Compact laminatewhite core W1001 ST9 3, 5, 6, 8, 10, 12, 13 mm BCS – Coloured core laminate -
Compact - Standard gradeLaminates with alternative core composition
in overview.
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This texture exhibits a pronounced matt-gloss effects, simulating
the surface and feel of a ceramic sheet.
This texture exhibits a pronounced matt-gloss effects, simulating
ST87 Matex Ceramic
An all-over pore finish, with irregular distribution and pores of
various depth, which gives the surface a natural appearance.
A light sub-structure provides this surface with a velvety,
pleasant touch.
An all-over pore finish, with irregular distribution and pores of
ST12 Omnipore Matt
Compact laminate convinces not only with its technical properties – in the EGGER Decorative Collection every decor has a selected surface that perfects the look and highlights the personal decor character.
Textures
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Robust, striking, and very resistant.
This surface texture is best used with
uni colours and pearlescent decors.
Robust, striking, and very resistant.
ST2 Smoothtouch Pearl
Gives both uni colours and wood decors a very
natural feel, and follows the trend towards matt
finishes.
Gives both uni colours and wood decors a very
ST9 Smoothtouch Matt
A smooth, flat, and easy-care surface with reduced gloss.
It highlights the quality of elegant wood and material
reproductions.
A smooth, flat, and easy-care surface with reduced gloss.
ST15 Smoothtouch Velvet
Offers a realistic surface for linear woodgrain colours, giving them more naturalness and depth.Offers a realistic surface for linear woodgrain colours,
ST22 Deepskin Linear
An authentic surface for natural, striking, and rustic
decors, well suited for solid wood reproductions.
An authentic surface for natural, striking, and rustic
ST10 Deepskin Rough
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ST28 Feelwood Nature
ST37 Feelwood RiftFeelwood RiftST37 Feelwood Rift has the authentic look of a solid wood
surface when presented as a synchronised surface on the
decor series Halifax Oak, giving the crack a tactile property
through deep haptic.
Feelwood NatureThis texture is a decor synchronised to the
Gladstone Oak and emphasises the sand
blasted character of this oak decor.
Synchronised pore
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Synchronised pore
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Compact laminatewith synchronised pore.
Feelwood synchronised pore textures underline the orientation of the grain in the decor. In this way, the look and feel qualities of natural wood are reproduced in a very natural manner. By using Feelwood decors on compact laminate you get the advantages of both products with an authentic finish and long lasting wear resistance.
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H3326 ST28 Grey-Beige Gladstone Oak
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CEFGKN
CEFGKN
CEFGIJKN
CEFGHKN
CEFGHKN
Basic Whites
W908 ST2Basic White
W911 ST2Cream White
W980 ST2Platinum White
W911 ST15Cream White
W980 ST15Platinum White
9-Grid, an orientation system for efficient specifying.
DecorsThe decors, arranged in compact 9-Grids, allow a fast, direct comparison between colours and shades. It doesn’t just work for plain colours though. Wood and material reproductions are also clustered according to their character to help you develop the style you’re seeking.
But the 9-Grid is not just a system for organising. You could use such a system to visualise your own project proposals, from paint and fabrics to laminate, helping to fuel creativity and easy experimentation.
PerfectSense lacquered boards
Eurodekor melamine-faced
chipboards
Laminates
Edging
Compact laminates
Door size lamintes
Worktops
Window sills
Eurolight lightweight boards
Only for vertical applications
B
C
E
F
G
H
I
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K
A
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Premium Selection
CEFGHKN CEFGHKN CEFGKN
CEFGHKN
W1100 ST9Alpine White
CEFGKN
W1300 ST9Glacier White
U104 ST9Alabaster White
W1200 ST9Porcelain White
U775 ST9White Grey
CEFGHKN
U999 ST2Black
CEFGK
U999 ST12Black
CEFGHK
W1000 ST22Premium White
CEFGHK
W1000 ST9Premium White
CEFGK
CEFGHK
CEFGK
CEFGHK CEFGHK
CEFGHK
CEFGHK
CEFGK
CEFGK
Clear and Strong Beiges
U224 ST9Silk White
U113 ST9Cotton Beige
U204 ST9Camel Brown
U216 ST9Came Beige
U222 ST9Crema Beige
U156 ST9Sand Beige
U200 ST9Beige
U717 ST9Dakar Grey
U795 ST9Brown Grey
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CEFGHKN
CEFGHIJKN
CEFGKN
CEFGHKN
CEFGHKN
CEFGHKN
CEFGHKN CEFGHKN
CEFGHKN
CEFGHKN
CEFGHKN
CEFGHKN
CEFGHKN
CEFGHKN
CEFGHKN
CEFGHKN
CEFGHKN
Cool Greys
Warm Greys
U707 ST9Silk Grey
U708 ST9Light Grey
U773 ST9Dusk Grey
U750 ST9Taupe Grey
U702 ST9Cashmere Grey
U763 ST9Pearl Grey
U788 ST9Arctic Grey
U963 ST9Diamond Grey
U201 ST9Pebble Grey
U732 ST9Dust Grey
U727 ST9Stone Grey
U767 ST9Cubanit Grey
U960 ST9Onyx Grey
U748 ST9Truffl e Brown
U899 ST9Cosmos Grey
U741 ST9Lava Grey
U961 ST2Graphite Grey
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CEFGKN
CEFGKN
CEFGHKN
CEFGKN CEFGKN
CEFGKN
CEFGKN
CEFGKN
CEFGKN
CEFGHKN
CEFGKN
CEFGHKN
CEFGKN
CEFGKN
CEFGKN
CEFGHKN
CEFGKN
CEFGKN
Midnight Purples
Desert Oranges
U599 ST9Indigo Blue
U420 ST9Purple
U560 ST9Deep Sea Blue
U414 ST9Dark Violet
U570 ST9Midnight Blue
U400 ST9Powder Violet
U330 ST9Aubergine Purple
U430 ST9Violet
U404 ST9Crocus Pink
U818 ST9Dark brown
U989 ST9Black Brown
U340 ST9Sorbet Orange
U350 ST9Siena Orange
U334 ST9Nude Brown
U380 ST9Blood Orange
U332 ST9Orange
U310 ST9Coral Orange
U807 ST9Nougat Brown
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CEFGKN
CEFGKN
CEFGKN
CEFGKN
CEFGKN
CEFGKN
CEFGKN
CEFGHKN
CEFGHKN
CEFGHKN
CEFGKN
CEFGHKN
CEFGKN
CEFGKN
CEFGHKN
CEFGKN
CEFGHKN
CEFGKN
Living Yellows
Natural Greens
U619 ST9Olive Yellow
U140 ST9Saff ron Yellow
U163 ST9Curry Yellow
U617 ST9Wasabi Green
U108 ST9Vanilla Yellow
U107 ST9Velvet Yellow
U146 ST9Maize Yellow
U131 ST9Citrus Yellow
U114 ST9Brilliant Yellow
U626 ST9Kiwi Green
U650 ST9Fern Green
U606 ST9Forest Green
U636 ST9Fjord Green
U608 ST9Pistachio Green
U655 ST9Emerald Green
U660 ST9Amazon Green
U630 ST9Lime Green
U646 ST9Niagara Green
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CEFGHKN
CEFGKN
CEFGKN
CEFGKN
CEFGKN
CEFGKN
CEFGHKN
CEFGHKN
CEFGKN
CEFGKN
CEFGKN
CEFGHKN
CEFGHKN
CEFGKN
CEFGHKN
CEFGKN
CEFGHKN
CEFGHKN
Infinity Blues
Vivid Reds
U504 ST9Tyrolean Blue
U500 ST9Glacier Blue
U515 ST9French Blue
U507 ST9Smoke Blue
U533 ST9Polar Blue
U540 ST9Denim Blue
U525 ST9Delft Blue
U522 ST9Horizon Blue
U550 ST9Marine Blue
U337 ST9Fuchsia Pink
U353 ST9Dusty Pink
U321 ST9China Red
U323 ST9Chilli Red
U313 ST9Rose White
U328 ST9Lipstick Red
U390 ST9Indian Red
U363 ST9Flamingo Pink
U311 ST9Burgundy Red
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CEFGHKA
CEFGKA CEFGKA
CEFGHKA
CEFGKA
CEFGKA CEFGKA CEFGKA
Metallics
F501 ST2Brushed Aluminium
F478 ST9Cubanit Grey Metallic
F571 ST2Gold Metallic
F477 ST9Blue-Grey Metallic
F784 ST2Brushed Brass
F447 ST2Lava Grey Metallic
F570 ST2Copper Metallic
F509 ST2Aluminium
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CEFGIK CEFGIK
CEFGHIK CEFGHIK
Concrete, Used Metal, Ceramics
F274 ST9Light Concrete
F187 ST9Dark Grey Chicago Concrete
F186 ST9Light Grey Chicago Concrete
F283 ST22Boston Concrete
CEFGIK
F310 ST87Ceramic Rust
CEFGIJK
F311 ST87Anthracite Ceramic
CEFGHIK
F302 ST87Ferro Bronze
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CEFGK
CEFGK
CEFGK CEFGK
Textile
F424 ST10Brown Linen
F433 ST10Anthracite Linen
F425 ST10Beige Linen
F426 ST10Grey Linen
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CEFGHK
CEFGHIK
CEFGK
CEFGK
CEFGHK CEFGK
CEFGK
Timeless Oak
H1277 ST9Light Lakeland Acacia
H1334 ST9Light Sorano Oak
H3368 ST9Natural Lancaster Oak
H1113 ST10Brown Kansas Oak
H3395 ST12Natural Corbridge Oak
H3398 ST12Cognac Kendal Oak
H3157 ST12Vicenza Oak
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CEFGK
CEFGIK
CEFGK
CEFGIK
CEFGK
CEFGIKCEFGIK
Premium Oak
H3335 ST28 White Gladstone Oak
H3325 ST28 Tobacco Gladstone Oak
H1176 ST37 White Halifax Oak
H3309 ST28 Sand Gladstone Oak
H3326 ST28 Grey Beige Gladstone Oak
H1181 ST37 Tobacco Halifax Oak
H1180 ST37 Natural Halifax Oak
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CEFGHIK
CEFGK CEFGIK
CEFGK CEFGK
CEFGK
Handcrafted Oak
H1145 ST10 Natural Bardolino Oak
H1146 ST10 Grey Bardolino Oak
H1150 ST10 Grey Arizona Oak
H3332 ST10 Grey Nebraska Oak
H3156 ST12 Grey Corbridge Oak
H3331 ST10 Natural Nebraska Oak
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CEFGHIKJ CEFGK
CEFGK CEFGK
Modern Oak
H3303 ST10Natural Hamilton Oak
H3171 ST12 Oiled Kendal Oak
H3170 ST12Natural Kendal Oak
H3131 ST12 Natural Davos Oak
CEFGIK
H3133 ST12 Truffl e Brown Davos Oak
CEFGHK
H1387 ST10 Graphite Denver Oak
CEFGK
H1399 ST10 Truffl e Brown Denver Oak
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CEFGK
CEFGIK
CEFGHK
CEFGHK
CEFGHK
CEFGK
CEFGKCEFGK
Walnut
H3710 ST9Natural Carini Walnut
H3704 ST15Tobacco Aida Walnut
H3700 ST10Natural Pacifi c Walnut
H3773 ST9Bleached Carini Walnut
H3711 ST9Tobacco Carini Walnut
H3732 ST10 Brown Hickory
H3734 ST9Natural Dijon Walnut
H3730 ST10 Natural Hickory
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CEFGK CEFGHIK CEFGK
CEFGHK
Beech
H1518 ST15Natural Beech
H1582 ST15Ellmau Beech
H3991 ST10Natural Country Beech
H1511 ST15Bavarian Beech
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CEFGHK CEFGHIK
CEFGHK CEFGHK
Coloured Pinewood
H3450 ST22 White Fleetwood
H3430 ST22 White Aland Pine
H3433 ST22 Polar Aland Pine
H1401 ST22 Cascina Pine
CEFGK
H1298 ST22 Sand Lyon Ash
CEFGK
H1424 ST22 Fineline Cream
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CEFGK CEFGHK CEFGHK
CEFGHK
Natural Pinewood
H1444 ST9 Alpine Pine
H3451 ST22 Champagne Fleetwood
H1487 ST22 Bramberg Pine
H3453 ST22 Lava Grey Fleetwood
CEFGK
H3470 ST22 Natural Pine
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CEFGHK
CEFGK
CEFGIK
CEFGHK
CEFGHK
CEFGK
CEFGHKCEFGHK
Maple, Birch, Pear
H3840 ST9Natural Mandal Maple
H1636 ST12Locarno Cherry
H3860 ST9Champagne Hard Maple
H1615 ST9Verona Cherry
H1733 ST9Mainau Birch
H3114 ST9Tirano Pearwood
H1887 ST9Natural Starnberg Maple
H3113 ST15Lindau Pearwood
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CEFGK
CEFGK
CEFGH
CEFGK
CEFGK
CEFGHK
CEFGK
Exotic Woods
H3006 ST22Sand Zebrano
H1116 ST12Dark Bamenda Wenge
H3058 ST22Mali Wenge
H1101 ST12Mocha Macassar
H3048 ST10Antique Brown Borneo
H1114 ST9Ribera Walnut
H3012 ST22Coco Bolo
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CEFGK
CEFGK
CEFGK CEFGK
CEFGHK CEFGHK
Nature in Colour
H1122 ST22Whitewood
H3047 ST10Truffl e Brown Borneo
H1123 ST22Graphitewood
H3090 ST22Shorewood
H1107 ST9Anthracite Metallic Wood
H1115 ST12Grey-Beige Bamenda
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Processinginstructions
1 Storage
EGGER compact laminate must be stored in enclosed, dry areas at approximately 18 °C to 25 °C and a relative humidity of approximately 50 % to 65 %. Once the original packaging is removed, the compact laminate must be stored on full-surface, horizontal, straight, stable protective boards. Direct floor contact and / or exposure to sunlight must be avoided at all times. A laminated protective board (no raw chipboard) of at least the same format must be used to cover the top board.
Figure 1
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1.1 HandlingAfter removing the packaging and prior to processing, the compact
laminates should be inspected for visible damage. In view of the relatively
heavy weight, special care is required when transporting and handling
compact laminates. As a rule, all persons transporting and / or handling
compact laminates should wear personal safety equipment such as
gloves, safety footwear and suitable work wear. The boards must be lifted.
The decor sides should never be pushed against one another or dragged
over one another (see Figure 4).
1.2 ConditioningCompact laminate reacts to changes in ambient conditions with
dimensional movement. For this reason, storage and processing
conditions for the elements should correspond as closely as possible to
the climate at the subsequent place of use. Prior to installation, compact
laminate elements should be conditioned for an adequate period of
time at the installation location under the conditions of subsequent
use. Compliance with the storage recommendations is required on
construction sites as well.
WrongRight
Figure 2
Figure 4
Figure 3
×
If horizontal storage is not possible, the compact laminate must be stored
at an angle of approximately 80 ° against a full-surface support with
counter-support. Using a laminated protective board of at least the same
format is required for upright storage as well.
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2 Fabrication
Due to the high density and resulting cutting forces, the processing of compact laminate, compared to other wood-based materials, leads to higher tool wear. Sharp blades should be used to ensure optimal shredding and to avoid odour generation. Hard metal tools are mainly used. Diamond-tipped tools are recommended for processing large quantities and automated processing centres. Ensure that the tool blades are maintained in good condition in order to obtain satisfactory results. To ensure economical fabrication, especially prior to processing a large production batch or implementing challenging projects, it is advisable to consult manufacturers on the most appropriate tool selection.
2.1 Extraction
Compliance with all safety standards and regulations, applicable to the wood processing
industry in terms of dust extraction, fire prevention etc., is essential when processing compact
laminates. Breathing protection has to be worn if no adequate extraction system is in place.
Fabricating compact laminate is not a critical issue, but there are a small number of people who
can experience an allergic reaction to all types of dust.
2.2 Cutting
Panel or circular bench saws are recommended for cutting compact laminates to size. In order
to obtain a good cutting result, the relationship between number of teeth (Z), cutting speed (vc),
and the feed rate (vf) should be taken into account.
Please pay attention to:
• visible side (decor side) on top
• correct saw blade projection
• adjust the number of revolutions and number of teeth to the feed speed
• The use of a scoring circular blade is recommended to obtain clean cuts on the
bottom of the board
Depending on saw blade projection, the entry and exit angle change, and thus also the quality
of the cut edge. If the upper cut edge becomes unclean, the saw blade must be set higher.
The saw blade must be set lower in case of an unclean cut on the bottom. The best height
setting must be identified.
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2.3 Milling
Diamond-tipped tools are recommended for machining
compact laminate. The suitability of carbide-tipped tools is
limited. Tools with segmented blades should not be used as
far as possible, as the overcut in the overlap zone usually
remains visible. To ensure a good edge quality, adding a
processing allowance when cutting blanks is recommended,
which, however, depends on subsequent edge processing.
Because of the high cutting pressure, secure work piece
and tool control is of particular importance. Numerous edge
profiling options are available. Remaining signs of milling can
be removed by sanding. An even edge colour can be achieved
by applying a silicone-free oil. Sharp corners and edges should
be rounded to eliminate the risk of injury.
Circular blade diameter D Projections X [mm] [mm]
250
approx. 5 – 10
300
350
400
450
Figure 5 Source: Leitz
Figure 6 Source: Leitz
FZ/TR (Flat tooth/ Trapezoidal tooth)
Figure 7 Source: Leitz
TR/TR (Trapezoidal tooth/Trapezoidal tooth)
In the case of format and panel saws, the following saw blade projections (X) must be set depending
on diameter (D):
Saw blades with a high number of teeth are generally recommended for good processing quality.
In the case of circular blades, the recommended cutting speed vc is 60 – 90 m/s.
Recommended saw tooth shapesIn order to process compact laminates glued on both sides, a scoring saw is also needed in order
to avoid splintering on the bottom. Please observe our tool recommendations for the professional
fabrication of EGGER Compact Laminate at www.egger.com
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2.4 Drilling
Drill bits designed for plastic sheet materials are the best choice for drilling compact
laminates. The point angle should be between 60 ° and 80 °. The cutting speed
and feed rate depend on the material of the chosen drill bit – HSS, HM, DIA. Please
observe the specifications of the tool manufacturer. Spiral drill bits for drilling metal
or wood can also be used, however, the rotational speed and feed rate must be
reduced.
Figure 8 Source: Leitz
Dowel drill
Figure 9 Source: Leitz
Spiral drill – HW
Figure 10 Source: Leitz
One-piece counterbore
For through holes, the compact laminate should be resting on a solid base which can
be drilled into. Before the drill bit breaks through, the feed rate should be reduced
in order to avoid break-outs on the exit side. For drill holes that do not go through,
so-called blind holes, the minimum board thickness that must remain is 1.5 mm. For
drill holes parallel to the board surface, the minimum board thickness that must
remain on either side of the drill hole is 3 mm (see Figure 11).
Cutting, milling and drilling tools should always be selected in coordination with the
tool manufacturer.
Figure 11
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3 FabricationDespite the good dimensional stability of compact laminate, changes in the ambient conditions can result in dimensional movement. The orientation of the fi brous core layer gives the compact laminate a production or machine direction (see Figure 12).
Format changes are approximately half as large in the lengthwise
direction as in the crosswise direction. Format changes have to be
taken into account from the outset in design and processing. As a
rule, an expansion play of 2.0 mm / m should be provided. Diff erent
ambient conditions in front and to the rear of the compact laminate
elements can lead to warping. It is therefore essential that compact
laminate wall panelling installations always make provision
for adequate ventilation to the rear of the panels, which allows
temperature and humidity to equalise. Figure 12
With compact laminate that has decor on both sides, the production direction is only discernible
based on the production dimensions. It cannot be identifi ed on compact laminate that has been
cut to size. Wood and directional printed decors constitute an exception. When working with
cut-size panels, it is important to ensure that the production direction is always matched up during
installation. In view of the risk of confusion with cut-size panels, the machine direction should be
marked on board remnants.
3.1 Cut-outsCut-outs and apertures, for example for
switches, ventilator grills or access openings,
always have to be rounded, since sharp
corners can lead to the formation of cracks (see
adjacent fi gures). Inside corners should be cut
with an inner radius of at least 5 mm. All edges
must be smooth, free of cracks and notches.
Grooves and rebates also have to be rounded
in order to avoid notch cracks. Cut-outs can be
made directly with a router or pre-drilled with
an appropriate radius and then sawn out from
drill hole to drill hole. Suffi cient expansion gaps
must be allowed for integrated components.
Figure 14
Wrong
Right
Figure 13
×
46
3.2 Worktop connection profiles
Joints between compact laminate elements, capable of withstanding higher stresses, can be achieved with
a combination of gluing and fixing devices, splines or biscuits (e.g. made of compact laminate), or grooves.
Note that compact laminate elements may only be joined to each other in the same production direction.
Figures 15 to 20 below illustrate some possibilities for creating sturdy compact laminate joints.
Grooved
Angle spring
Grooved / rebated
Metal profile, screw-fixed
Tongue and grooveFigure 15
Figure 18
Figure 16
Figure 19
Figure 17
Profiled connectionsFigure 20
47
3.3 Bonding
When bonding together two compact laminates, it is important to ensure that dimensional
movements are not obstructed. To avoid stress, only adequately conditioned compact laminates
should be bonded together and always only in the same machine direction. Surface gluing
of large dimensions is only possible in exceptional cases. Joints that are subject to major
stress, for example due to vibrations, impacts or similar, should be reinforced with mechanical
connecting elements. Prior to gluing, the boards have to be sanded, free of dust, grease and
dirt, and pre-treated as necessary. Own attempts are recommended. Please observe the
processing guidelines of the glue manufacturer.
Suitable types of glue for gluing EGGER compact laminate include:
Glue type Jowat® 2K SE-Polymer 690.00
Glue type MBE Panel-loc
Glue type Ottocoll P85, Ottocoll M500
Jowat [email protected]
Moderne Befestigungs Elemente [email protected]
Hermann Otto [email protected]
Compact laminate can not only be bonded to compact laminate, but also to solid wood or wood-
based materials such as chipboard, MDF or multiplex board. In order to invisibly glue compact
laminate onto the substructure, we recommend e.g., Panel-loc from MBE.
Visually thicker boards can be produced by doubling or upstands.
3.3.1 Doubling
With doubling corresponding compact laminate strips are
glued along the edge. Once again, the same machine direction
has to be observed. The tension-equalising single-component
1K Ottocoll M500 adhesive by Otto Chemie is, for example, a
suitable product.
Figure 21
48
3.3.2 UpstandFor thicknesses up to 100 mm or if the decor has to be visible
on the edge for aesthetic reasons, a downturn or upstand
(Figure 22) is a possible solution. First, the two components to
be connected together are mitred at 45 degrees. Then the work
piece is placed on a level surface, face side down, so that the
tips of the mitres are touching. Adhesive tape is then applied
to this butt joint. Finally, both work pieces have to be turned
over carefully. Then the glue is applied (Figure 23) and then
the shorter work piece or upstand is fl ipped up (Figure 24).
Until the glue has set, the upstand has to be secured in
the correct position with adhesive tape. Ottocoll P 85 is an
example of a possible glue.
Figure 23 Figure 24Figure 22
3.4 ScrewingCutting screw threads in compact laminate is straightforward. Self-tapping
screws can also be used without a problem. Screws with a slow thread
are recommended as they achieve a better pull-out resistance. Pre-drilling
is essential in all cases. Metal and chipboard screws are suitable for
screw connections parallel to the board surface. Screws must penetrate
to a minimum depth of 25 mm and the diameter of the drill hole must be
selected appropriately to prevent splitting.
Surface screw connections with trough holes must have suffi cient
clearance to compensate for the dimensional movement resulting from
temperature and humidity fl uctuations. The diameter of the drill hole
should be 2 – 3 mm larger than the diameter of the fi xing device In this
way, tension due to the dilation and shrinking movement during changing
weather can be avoided. The use of countersunk head screws should be
avoided (see Figure 26). If countersunk head screws must be used, this
is only possible with screw rosettes. Floating points and a fi xed point are
implemented on the individual elements for this purpose.
The basic execution of fi xed and fl oating points is equally suitable for
vertical and horizontal variants independent of the use.
Figure 25
Wrong
Right
Figure 26
×
49
Figure 24
3.4.1 Fixed point
The fixed point serves to evenly distribute the expansion movement
and should be positioned as centrally as possible. The bore hole
diameter is equal to the diameter of the fastener.
Figure 27
Figure 28
3.4.2 Floating points
The bore hole diameter of the floating points should be 2 – 3 mm
larger than the fastener. The bore hole should be covered by the head
of the screw. Washers should be used when necessary. In the figures,
an EPDM sealing band has been applied to the wooden substructure
for protection against moisture.
The required expansion play is established based on the largest
distance of the fixed point to the board edge. The floating point drill
hole diameter must be increased by 2 mm for every metre of length.
For interior applications, the fixing distances listed in the table can
be used:
Board thickness
Maximum fastener spacing
[mm] a [mm] b [mm]
8 790 500
10 920 670
12 960 900
13 970 920
= fixed point, × = floating pointFigure 29
50
4 Applications
4.1 Wall cladding
Thanks to its robustness and suitability for everyday use, EGGER compact laminate is particularly
well suited to interior wall panelling applications. We recommend a minimum board thickness
of 8 mm for such applications. The walls and substructure should be completely dry prior to
commencement of the panel installation. Always make provision for adequate air circulation
behind the panels. The material should not be exposed to trapped moisture. All panels to be joined
together must follow the same production direction.
4.1.1 Substructure and ventilation
Compact laminate should be fixed to a sturdy, corrosion-resistant and interlocking substructure
which securely supports the weight of the wall panelling and ensures that ventilation behind the
panels is provided. In dry construction applications, the attachment of the substructure and the
compact laminate must be anchored to the stud framing.
The selection of the fasteners has to be tailored to the substructure and the weight of the wall
panelling. Different ambient conditions in front of and behind the elements can lead to warping.
It is therefore essential that compact laminate wall panelling installations always make provision
for adequate ventilation to the rear of the panels, which allows temperature and humidity to
equalise. The installation should be vented into the room.
51
1 Air gap2 EPDM tape
Figure 30
1
2
4.1.2 Visible mechanical fixationFixation is done via screws or rivets on the substructure. A suffi cient dilation gap and the right
positioning of fl oating and fi xed points must be taken into account. An EPDM tape must be used
for decoupling when using wood as substructure.
Vertical studs generally permit air circulation. Where substructures are arranged horizontally, an
appropriate construction must ensure that adequate ventilation is provided. The substructure
should be vertically plumb to allow stress free mounting of the entire panel surface. Suitable
substructures include vertical strips of wood, aluminium or compact laminate.
The maximum spacing of the battens and / or substructure depends on the chosen compact
laminate thickness. It is important to ensure that air inlet and outlet areas remain unobstructed
so that air circulation is not impeded. Also ensure that the moisture of the surface to be
panelled does not diff er signifi cantly from the moisture of the fi nished wall panel.
The following are diff erentiated:
→ visible mechanical fi xation
→ invisible mechanical fi xation
→ invisible glued fi xation
52
4.1.3 Invisible mechanical fixationThe invisible fi xation of compact laminates by suspension permits straightforward disassembly and is
aesthetically more appealing than visible fi xation methods. Removing the boards is quick and simple.
Cables and pipework installed behind the elements are easy to reach. Depending on the chosen mounting
system, another advantage is that the elements can be adjusted later on. Stress-relieved mounting of the
elements is also possible. For all mounting methods that involve hanging, suffi cient space must be allowed
to raise and lower the elements. This clearance or “suspension gap” will remain visible as a shadow gap.
Hanging by means of sectional stripsFor this mounting method, a groove is cut into
the horizontal substructure to hold the rebate rail
attached to the wall element. For ease of fi tting,
the tongue of the rebated rail should be thinner
than the groove. The rebated rails on the compact
laminate elements should not extend across the full
width of the elements, they should be intermittent
in order to permit vertical air circulation. Rebate
rails made of plywood or metal Z-profi les can be
readily used. If a secure screw connection cannot
be achieved with thin compact laminate elements,
additional gluing is also possible.
Hanging by means of metal hardwareSystems with metal hardware are also off ered
for mounting wall elements (see Figure 31). The
chosen system must be used according to the
recommendations of the manufacturer in order
to ensure secure installation.
Figure 31
53
4.1.4 Invisible glued fixation
Austria Austria Austria
Innotec Ö[email protected]
DKS Technik [email protected]
Pro Part Handels [email protected]
France United Kingdom Germany
Sika France SA / Le Bourgetwww.fra.sika.com
Sika Limited / Watchmeadwww.gbr.sika.com
Moderne Befestigungs Elemente [email protected]
4.1.5 Detailed designs
Irrespective of the selected substructure and the mounting system, the following
detailed designs are usual in practice and provide the continued and unproblematic
mounting of wall cladding.
Stack and joint formationNumerous options are available to create horizontal and vertical joints or seams
(see Figure 32 – 34). However, it is important to ensure that the elements have
sufficient clearance for expansion.
Figure 32 Figure 33 Figure 34
Compact laminate can also be mounted by gluing the panels
to a rigid substructure, using permanently elastic adhesive
systems specially developed for this purpose. When using
wood as a substructure, it is necessary to apply a primer as
a preliminary step in order to ensure secure adhesion and
moisture decoupling.
The systems consist of the glue, an installation band and
the corresponding products for priming the surfaces prior to
gluing. The mounting tape is intended for the first fixation.
The permanent fixation is done with the glue. Setting the
defined distance is another function of the mounting tape.
This ensures the required glue thickness is achieved in order
to be able to elastically absorb any movements of the board.
Observe the processing instructions of the glue manufacturer.
Suppliers of suitable glue systems include:
54
Upper closureThe upper closure of the wall cladding must be at a distance from the
ceiling in order to ensure functional ventilation and is used for internal
ventilation. The distance between the ceiling and the compact laminate
also provides the necessary expansion gap. In order to ensure the
full functionality of the ventilation, the distance to the ceiling must
correspond at least to the size of the ventilation gap.
1 Air gap2 Mounting tape3 Glue
Figure 35
1
2
3
Bottom closureThe bottom closure of wall cladding with compact laminate can be
achieved in two ways.
Closure at a distance from the floor generally functions in the same
way as the closure of the compact laminate. The distance between the
compact laminate and the floor provides sufficient air circulation behind
the compact laminate and prevents moisture from stalling behind the
wall cladding. But a minimum distance of 50 mm to the floor must
be observed. Installed bases should be as thin as possible, so that a
sufficiently large ventilation cross-section remains available. 1 Air gap2 Tile base3 Silicone joint4 Minimum distance to floor 50 mm
Figure 36
1
2
34
A flushfloor installation, used primarily for compact laminate in shower
areas, requires the compact laminate to not be directly on the floor, as the
board will expand and shrink. A so-called compression tape maintains the
necessary distance during installation, ensuring the later expansion gap
of the board.
The split between the compact laminate and floor can subsequently be
sealed with a silicone joint in order to prevent moisture from entering.
In order to achieve air circulation in the case of a bottom closure, the
ventilation split must be larger.
1 Compression tape (sealing tape)2 Silicone joint
Figure 37
2
1
55
Corner solutionIn the case of corner solutions with compact laminate, a distance between
the compact laminate and the wall equal to at least the thickness of the
substructure must also be in place. The corner connection between the
two compact laminates must be suffi ciently large so that size changes due
to climate modifi cations can be balanced out. If the corner connection
needs to be sealed, for example when used in shower spaces, this is again
done with the help of compression tape, in order to provide the expansion
gap. The split between the individual compact laminates is protected from
incoming moisture with an additional sealing silicon joint (Figure 38).
1 Compact laminate strip2 Compression tape (sealing tape)3 Silicone joint4 Compact laminate
1
23
4
Surface stackA usual crash protection solution in hospitals involves the use of compact
laminate as half-height wall cladding. A seamless transition from the compact
laminate to the drywall is necessary to this end. In order to guarantee a
functional ventilation of the compact laminate, a stainless steel angle bracket
can be used as optical closure (Figure 39).
Figure 38
1 Wallpapered gypsum fi breboard2 Stainless steel bracket3 Compact laminate
1
2
3
Figure 39
Direct installationFor partial wall cladding, compact laminate
panels are usually fi xed directly to the wall by
means of visible screw connections. As there
is no ventilation to the rear of the elements, a
vapour barrier must be installed between the
compact laminate and the wall. A maximum
height of the compact laminate of 300 mm is
recommended.
Figure 40
1 Compact laminate2 Vapour barrier
2
1
56
4.2 Sanitary and shower partitionsWhen compact laminate is used in sanitary facilities, it is important to ensure during design
and installation that the compact laminate is not subject to standing water and that there
is suffi cient ventilation of the room. It is imperative to use only corrosion-free construction
materials and fi xing devices. Application in areas with high humidity requires the mechanical
reinforcement of corner connections, for example using dowels or clips, and the use of an
adhesive system that is waterproof after setting. For commercial applications subjected to
increased wear and tear, a minimum distance of 120 mm must be maintained between the
fl oor and lower edge of the board.
Figure 41
Providing adequate ventilation in the rooms and ensuring that the compact laminate can dry
after the shower stall is used is important.
Absorbent mineral sub-layers such as walls and / or plaster have to be primed with a waterproof,
elastic barrier. This barrier is generally brushed on and prevents water from penetrating the
substructure. The German Construction Confederation off ers a leafl et for such sealing and
barrier products (“Waterproofi ng barriers for installations with tiles and boards”). This leafl et
describes sealing compounds processed in the liquid state with tiles and boards for interior and
exterior applications, taking into account defi ned moisture exposure classes and sub-layers.
The moisture exposure classes of the materials have to be coordinated with the manufacturers
or suppliers. Compliance with the processing instructions of the relevant manufacturers is
mandatory.
1 Spacing 120 mm
1
57
4.3 Furniture doors
Doors should not be wider than they are high. Since format
changes are only half as large in the lengthwise direction
compared to the crosswise direction, cutting door leafs in the
lengthwise direction of the compact laminate is recommended.
Excessive differences in temperature or relative humidity
between the front and reverse sides of the door can cause the
compact laminate to warp. This is why sufficient air circulation
must be ensured, for example when installing toilet cubicles
or changing rooms. The door width, height and weight are
deciding factors for the number of hinges required. Other
factors, such as the installation location or whether additional
stress is to be expected from the attachment of coats hooks,
for example, can vary greatly from case to case and must be
taken into account.
The information provided (see Figure 42) should therefore be
regarded as a guideline only for a door in 13 mm thickness
and a width of up to 600 mm. Performing a trial mounting is
recommended. For heavy duty applications, an additional
hinge can be fitted at max. 100 mm below the upper hinge.
The upper and lower hinges should be located at a minimum
distance of 100 mm max., measured from the outer edge of the
panel. Suitable hinges are offered by the companies HAEFELE
or Prämeta, for example (see Figure 43).
Figure 43 Source: PrämetaFigure 42 Source: Prämeta
2 Technische Änderungen vorbehalten. Keine Gewährleistung für Druckfehler oder Irrtümer • 04.13
800
mm
1600
2000max100
b ≤ 600 h ≤
≤ 10 kg
≤ 24 kg
≤ 19 kg
40%
60%
h ≥ b
≤ 8
ANSI Grade 1
(international höchste Norm für Möbelscharniere)
EN 15570
Level 3
EN 15570
Level 2
Dauerprüfung
Türgewicht kg 18 7 7
Zahl der Zyklen 100.000 80.000 40.000
Absenkung der Tür mm 0,76 3,0 3,0
Sicherheitsprüfung
Zusatzgewicht kg 72 30 20
Absenkung der Tür mm 0,76 kein Türabsturz kein Türabsturz
PRÄMETA-Objekt-Scharniere zertifiziert nach ANSI Grade 1 und EN 15570 Level 3
900
1200
2000
mm
2200
2800
2400
max100
b ≤ 600b ≤ 500 für 2620
b ≤ 600h ≤
≤ 20 kg
≤ 16 kg
≤ 12 kg
≤ 7 kg
≤ 28 kg
≤ 22 kg
h ≥ b
40%
60%
Serie 2600 Glastür-ScharniereSerie 3000 Serie 2800
Anzahl Scharniere pro Tür
58
4.4 Table tops
Compact laminate is very well-suited for table top applications,
for example in offices, conference rooms, schools, and
workshops. The board thickness, mounting distances and
projection over the base frame have to be laid out depending
on the expected loads.
Tabletops must have a minimum thickness of 10 mm so that
sufficient material is available for secure screw connections.
Fastening to the substructure can occur in several ways. It
is important to guarantee a tension-free assembly. Screws
can be driven directly into the board or a screw-in sleeve
may be used. The fixing points in the substructure must be
implemented with sufficient clearance for expansion. The
diameter of the drill hole should be 2 – 3 mm larger than the
diameter of the fixing device.
Overhang
Mounting distance
Figure 45
Board thickness Overhang Mounting distance[mm] [mm] [mm]
10 170 310
12 240 390
13 270 440
Figure 44
Overhang
59
4.5 Sink and ceramic stove top installation Compact laminates are also very often used as work surfaces in kitchens as well as in toilet areas for wash basins.
In these fi elds of application, the installation of ceramic stove tops, as well as kitchen or bathroom sinks is necessary
and the solutions that follow are generally used.
Figure 47
Figure 48
Installation of ceramic stove top
Installation of sink bottom
Installation of sink top
Figure 46
Figure 47
Figure 48
Figure 46
60
4.6 Worktops
Compact laminates are very often used as worktops
in kitchens of wash basins thanks to their moisture
resistance and robustness. To connect to the
corpus, the boards can be either screwed in
(instructions under 3.4) or glued (instructions under
3.3). Irrespective of the fixation type selected, it is
necessary to provide an expansion gap of 2 mm / m.
In order to properly ventilate the compact laminate,
it is necessary to design the upper part of the
corpus as a traverse.
The corner connections of two worktops are
achieved with connection discs, such as lamella.
To this end, the board edges should generally also
be slightly milled in the stack area of the two board
elements.
Figure 49
Figure 50
61
5 Cleaning and use instructions
Due to the resistant, hygienic and dense surface, EGGER Compact Laminate does not require any special form of care. As a general rule, stains and spilled substances such as tea, coffee and wine etc. should be cleaned up immediately, as the cleaning effort increases if they are left to dry. When cleaning is necessary, mild agents should be used. Cleaning agents must in particular not contain any abrasive components, as they may adversely affect the gloss level or scratch the surface.
6 DisposalDue to their very high calorific value, compact laminates are very suitable for thermal disposal in appropriate combustion plants. Specific national laws and ordinances on disposal in general have to be observed.
These processing instructions were prepared based on the best available information and with due diligence. The information provided is based on practical experience, in-house testing and reflects our current level of knowledge. It is intended for information only and does not constitute a guarantee in terms of product properties or its suitability for specific applications. We accept no liability for any mistakes, errors in standards, or printing errors. Furthermore, the continuous further development of EGGER Compact Laminate products as well as the amendment of standards and public documents may result in technical changes. Therefore, the content of these processing instructions cannot serve as instructions for use nor as a legally binding agreement. Our General Terms and Conditions apply.
→ Placing burning cigarettes on the surface of compact
laminate causes surface damage. Always use an ashtray.
→ Compact laminate surfaces should not be used as a
cutting surface, as this can also leave cutting marks on
highly resistant compact laminate surfaces. Always use a
cutting board.
→ Placing hot cooking utensils such as saucepans and
frying pans directly from the hob or oven onto the
compact laminate surface should be avoided, as,
depending on the heat exposure, a change in the gloss
appearance or damage to the surface can arise.
Always use heat protection.
The following information should be observed for daily use:
→ Spilled liquids should always be wiped or cleaned
up immediately since extended exposure to certain
substances can change the gloss level of compact
laminate surfaces. Especially in the areas around
cut-outs and joints, spilled liquids should always be
cleaned up quickly and thoroughly.
→ These recommendations apply especially to matt
compact laminate surfaces. These have a distinctive
look and feel, but have a greater tendency to show wear
and tear. More detailed information can be found in our
“EGGER Compact Laminate cleaning and maintenance
instructions” leaflet at
www.egger.com/compactlaminate.
62
a On stock
A Delivery time: depending on production specification For details see www.egger.com/availabilityguide G Compact laminate
→ Upon request in the thicknesses 3, 5, 6, 8, 10, 12 and 13 mm with black core → With white core only in W1001 ST9 (from stock in 8 and 13 mm, other thicknesses upon request) → Upon request in Flammex version (only with black core in the thicknesses 6, 8 and 10 mm) → Feelwood synchronised pores from stock in 8 and 13 mm with black core
A Vertical Application Only Q = Endgrain edging All dimensions in mm
G CEurodekor
Additional core materials upon request
EH Laminates
BK F Edging
Com
pact
Lam
inat
es 2
790
× 2
060
2 80
0 ×
2 07
0 ×
8
2 80
0 ×
2 07
0 ×
19
2 80
0 ×
2 07
0 ×
25
2 80
0 ×
2 07
0 ×
10 /
12 /
16 /
22
2 80
0 ×
2 07
0 ×
28 /
32 /
38
Mul
tilay
er s
truc
ture
Stan
dard
form
at 2
800
× 1
310
× 0.
8
XL fo
rmat
2 7
90 ×
2 0
60 ×
0.8
Colo
ured
cor
e 2
800
× 1 3
10 ×
0.8
Doo
r Siz
es2
150
× 95
0 ×
0.8
2 15
0 ×
1 020
× 0
.8
Perf
ectS
ense
2 8
00 ×
2 0
70 ×
19
Euro
light
2 8
00 ×
2 0
70 ×
38
/ 50
23 ×
0.4
(200
m) u
nglu
ed
23 ×
0.4
(100
m) p
re-g
lued
23 ×
0.8
(75 m
)
23 x
1.0
ABS
/ 2
3 x
1.3
PMM
A (7
5 m
)
23 ×
2.0
(75 m
)
33 ×
0.8
(75 m
)
33 ×
2.0
(75 m
)
43 ×
0.8
(25 m
)
43 ×
1.5
(25 m
)
43 ×
2.0
/ 54
× 2
.0 (2
5 m)
White decorsW908 ST2 Basic White A A A A A A A a A A A A A A
W911 ST2 Cream White A a a a a A A a A a a a a a A
W911 ST15 Cream White A a a A A A A a a A a a a A A
W980 ST2 Platinum White A a a a a A A a A a a a a a a A
W980 ST15 Platinum White A a a a a A A a a A a a a a a A
W1000 ST9 Premium White a a a A A A A a a A a a a A A
W1000 ST22 Premium White A a a A A A A a a A a a a A A
W1001 ST9 Solid Premium White aa
19.2 mma
W1100 ST9 Alpine White A a a A A A A a a A a a a A A
W1200 ST9 Porcelain White A a a A A A A a A a a a A A
W1300 ST9 Glacier White A A A A A A A a A A A A A A
Uni coloursU104 ST9 Alabaster White A a a a A A A a a A a a a a a A
U107 ST9 Velvet Yellow A A A A A A A a A A A A A A
U108 ST9 Vanilla Yellow A A A A A A A a A A A A A A
U113 ST9 Cotton Beige A a a A A A A a a A a a a A A
U114 ST9 Brilliant Yellow A a a A A A A a a A a a a A A
U131 ST9 Citrus Yellow A a a A A A A a a A a a a A A
U140 ST9 Saffron Yellow A A A A A A A a A A A A A A
U146 ST9 Maize Yellow A A A A A A A a A A A A A A
U156 ST9 Sand Beige A a a a A A A a a A a a a a a A
U163 ST9 Curry Yellow A A A A A A A a A A A A A A
U200 ST9 Beige A a a A A A A a a A a a a A A
U201 ST9 Pebble Grey A a a A A A A a a A a a a A A
U204 ST9 Camel Brown A A A A A A A a A A A A A A
U216 ST9 Came Beige A a a A A A A a a A a a a A A
U222 ST9 Crema Beige A a a A A A A a a A a a a A A
U224 ST9 Silk White A A A A A A A a A A A A A A
U310 ST9 Coral Orange A A A A A A A a A A A A A A
U311 ST9 Burgundy Red A a a A A A A a a A a a a A A
U313 ST9 Rose White A A A A A A A a A A A A A A
U321 ST9 China Red A a a A A A A a a A a a a A A
U323 ST9 Chilli Red A a a A A A A a a A a a a A A
U328 ST9 Lipstick Red A A A A A A A a a A A A A A A
U330 ST9 Aubergine Purple A A A A A A A a A A A A A A
U332 ST9 Orange A a a A A A A a a A a a a A A
U334 ST9 Nude Brown A A A A A A A a A A A A A A
Availability guide
63
a On stock
A Delivery time: depending on production specification For details see www.egger.com/availabilityguide G Compact laminate
→ Upon request in the thicknesses 3, 5, 6, 8, 10, 12 and 13 mm with black core → With white core only in W1001 ST9 (from stock in 8 and 13 mm, other thicknesses upon request) → Upon request in Flammex version (only with black core in the thicknesses 6, 8 and 10 mm) → Feelwood synchronised pores from stock in 8 and 13 mm with black core
A Vertical Application Only Q = Endgrain edging All dimensions in mm
G CEurodekor
Additional core materials upon request
EH Laminates
BK F Edging
Com
pact
Lam
inat
es 2
790
× 2
060
2 80
0 ×
2 07
0 ×
8
2 80
0 ×
2 07
0 ×
19
2 80
0 ×
2 07
0 ×
25
2 80
0 ×
2 07
0 ×
10 /
12 /
16 /
22
2 80
0 ×
2 07
0 ×
28 /
32 /
38
Mul
tilay
er s
truc
ture
Stan
dard
form
at 2
800
× 1
310
× 0.
8
XL fo
rmat
2 7
90 ×
2 0
60 ×
0.8
Colo
ured
cor
e 2
800
× 1 3
10 ×
0.8
Doo
r Siz
es2
150
× 95
0 ×
0.8
2 15
0 ×
1 020
× 0
.8
Perf
ectS
ense
2 8
00 ×
2 0
70 ×
19
Euro
light
2 8
00 ×
2 0
70 ×
38
/ 50
23 ×
0.4
(200
m) u
nglu
ed
23 ×
0.4
(100
m) p
re-g
lued
23 ×
0.8
(75 m
)
23 x
1.0
ABS
/ 2
3 x
1.3
PMM
A (7
5 m
)
23 ×
2.0
(75 m
)
33 ×
0.8
(75 m
)
33 ×
2.0
(75 m
)
43 ×
0.8
(25 m
)
43 ×
1.5
(25 m
)
43 ×
2.0
/ 54
× 2
.0 (2
5 m)
White decorsW908 ST2 Basic White A A A A A A A a A A A A A A
W911 ST2 Cream White A a a a a A A a A a a a a a A
W911 ST15 Cream White A a a A A A A a a A a a a A A
W980 ST2 Platinum White A a a a a A A a A a a a a a a A
W980 ST15 Platinum White A a a a a A A a a A a a a a a A
W1000 ST9 Premium White a a a A A A A a a A a a a A A
W1000 ST22 Premium White A a a A A A A a a A a a a A A
W1001 ST9 Solid Premium White aa
19.2 mma
W1100 ST9 Alpine White A a a A A A A a a A a a a A A
W1200 ST9 Porcelain White A a a A A A A a A a a a A A
W1300 ST9 Glacier White A A A A A A A a A A A A A A
Uni coloursU104 ST9 Alabaster White A a a a A A A a a A a a a a a A
U107 ST9 Velvet Yellow A A A A A A A a A A A A A A
U108 ST9 Vanilla Yellow A A A A A A A a A A A A A A
U113 ST9 Cotton Beige A a a A A A A a a A a a a A A
U114 ST9 Brilliant Yellow A a a A A A A a a A a a a A A
U131 ST9 Citrus Yellow A a a A A A A a a A a a a A A
U140 ST9 Saffron Yellow A A A A A A A a A A A A A A
U146 ST9 Maize Yellow A A A A A A A a A A A A A A
U156 ST9 Sand Beige A a a a A A A a a A a a a a a A
U163 ST9 Curry Yellow A A A A A A A a A A A A A A
U200 ST9 Beige A a a A A A A a a A a a a A A
U201 ST9 Pebble Grey A a a A A A A a a A a a a A A
U204 ST9 Camel Brown A A A A A A A a A A A A A A
U216 ST9 Came Beige A a a A A A A a a A a a a A A
U222 ST9 Crema Beige A a a A A A A a a A a a a A A
U224 ST9 Silk White A A A A A A A a A A A A A A
U310 ST9 Coral Orange A A A A A A A a A A A A A A
U311 ST9 Burgundy Red A a a A A A A a a A a a a A A
U313 ST9 Rose White A A A A A A A a A A A A A A
U321 ST9 China Red A a a A A A A a a A a a a A A
U323 ST9 Chilli Red A a a A A A A a a A a a a A A
U328 ST9 Lipstick Red A A A A A A A a a A A A A A A
U330 ST9 Aubergine Purple A A A A A A A a A A A A A A
U332 ST9 Orange A a a A A A A a a A a a a A A
U334 ST9 Nude Brown A A A A A A A a A A A A A A
a On stock
A Delivery time: depending on production specification For details see www.egger.com/availabilityguide G Compact laminate
→ Upon request in the thicknesses 3, 5, 6, 8, 10, 12 and 13 mm with black core → With white core only in W1001 ST9 (from stock in 8 and 13 mm, other thicknesses upon request) → Upon request in Flammex version (only with black core in the thicknesses 6, 8 and 10 mm) → Feelwood synchronised pores from stock in 8 and 13 mm with black core
A Vertical Application Only Q = Endgrain edging All dimensions in mm
G CEurodekor
Additional core materials upon request
EH Laminates
BK F Edging
Com
pact
Lam
inat
es 2
790
× 2
060
2 80
0 ×
2 07
0 ×
8
2 80
0 ×
2 07
0 ×
19
2 80
0 ×
2 07
0 ×
25
2 80
0 ×
2 07
0 ×
10 /
12 /
16 /
22
2 80
0 ×
2 07
0 ×
28 /
32 /
38
Mul
tilay
er s
truc
ture
Stan
dard
form
at 2
800
× 1
310
× 0.
8
XL fo
rmat
2 7
90 ×
2 0
60 ×
0.8
Colo
ured
cor
e 2
800
× 1 3
10 ×
0.8
Doo
r Siz
es2
150
× 95
0 ×
0.8
2 15
0 ×
1 020
× 0
.8
Perf
ectS
ense
2 8
00 ×
2 0
70 ×
19
Euro
light
2 8
00 ×
2 0
70 ×
38
/ 50
23 ×
0.4
(200
m) u
nglu
ed
23 ×
0.4
(100
m) p
re-g
lued
23 ×
0.8
(75 m
)
23 x
1.0
ABS
/ 2
3 x
1.3
PMM
A (7
5 m
)
23 ×
2.0
(75 m
)
33 ×
0.8
(75 m
)
33 ×
2.0
(75 m
)
43 ×
0.8
(25 m
)
43 ×
1.5
(25 m
)
43 ×
2.0
/ 54
× 2
.0 (2
5 m)
U337 ST9 Fuchsia Pink A a a A A A A a A a a a A A
U340 ST9 Sorbet Orange A a a A A A A a a A a a a A A
U350 ST9 Siena Orange A A A A A A A a A A A A A A
U353 ST9 Dusty Pink A A A A A A A a A A A A A A
U363 ST9 Flamingo Pink A a a A A A A a a A a a a A A
U380 ST9 Blood Orange A A A A A A A a A A A A A A
U390 ST9 Indian Red A A A A A A A a A A A A A A
U400 ST9 Powder Violet A A A A A A A a A A A A A A
U404 ST9 Crocus Pink A A A A A A A a A A A A A A
U414 ST9 Dark Violet A A A A A A A a A A A A A A
U420 ST9 Purple A A A A A A A a A A A A A A
U430 ST9 Violet A A A A A A A a A A A A A A
U500 ST9 Glacier Blue A A A A A A A a A A A A A A
U504 ST9 Tyrolean Blue A a a A A A A a a A a a a A A
U507 ST9 Smoke Blue A A A A A A A a A A A A A A
U515 ST9 French Blue A A A A A A A a A A A A A A
U522 ST9 Horizon Blue A a a A A A A a a A a a a A A
U525 ST9 Delft Blue A a a A A A A a a A a a a A A
U533 ST9 Polar Blue A A A A A A A a A A A A A A
U540 ST9 Denim Blue A A A A A A A a A A A A A A
U550 ST9 Marine Blue A A A A A A A a A A A A A A
U560 ST9 Deep Sea Blue A a a A A A A a a A a a a A A
U570 ST9 Midnight Blue A A A A A A A a A A A A A A
U599 ST9 Indigo Blue A A A A A A A a A A A A A A
U606 ST9 Forest Green A a a A A A A a a A a a a A A
U608 ST9 Pistachio Green A A A A A A A a A A A A A A
U617 ST9 Wasabi Green A A A A A A A a A A A A A A
U619 ST9 Olive Yellow A A A A A A A a A A A A A A
U626 ST9 Kiwi Green A a a A A A A a a A a a a A A
U630 ST9 Lime Green A a a A A A A a a A a a a A A
U636 ST9 Fjord Green A A A A A A A a A A A A A A
U646 ST9 Niagara Green A A A A A A A a A A A A A A
U650 ST9 Fern Green A A A A A A A a A A A A A A
U655 ST9 Emerald Green A a a A A A A a a A a a a A A
U660 ST9 Amazon Green A A A A A A A a A A A A A A
U702 ST9 Cashmere Grey A a a A A A A a a A a a a A A
U707 ST9 Silk Grey A a a A A A A a a A a a a A A
U708 ST9 Light Grey A a a a A Aa
19.2 mma a A a a a a a a A
64
a On stock
A Delivery time: depending on production specification For details see www.egger.com/availabilityguide G Compact laminate
→ Upon request in the thicknesses 3, 5, 6, 8, 10, 12 and 13 mm with black core → With white core only in W1001 ST9 (from stock in 8 and 13 mm, other thicknesses upon request) → Upon request in Flammex version (only with black core in the thicknesses 6, 8 and 10 mm) → Feelwood synchronised pores from stock in 8 and 13 mm with black core
A Vertical Application Only Q = Endgrain edging All dimensions in mm
G CEurodekor
Additional core materials upon request
EH Laminates
BK F Edging
Com
pact
Lam
inat
es 2
790
× 2
060
2 80
0 ×
2 07
0 ×
8
2 80
0 ×
2 07
0 ×
19
2 80
0 ×
2 07
0 ×
25
2 80
0 ×
2 07
0 ×
10 /
12 /
16 /
22
2 80
0 ×
2 07
0 ×
28 /
32 /
38
Mul
tilay
er s
truc
ture
Stan
dard
form
at 2
800
× 1
310
× 0.
8
XL fo
rmat
2 7
90 ×
2 0
60 ×
0.8
Colo
ured
cor
e 2
800
× 1 3
10 ×
0.8
Doo
r Siz
es2
150
× 95
0 ×
0.8
2 15
0 ×
1 020
× 0
.8
Perf
ectS
ense
2 8
00 ×
2 0
70 ×
19
Euro
light
2 8
00 ×
2 0
70 ×
38
/ 50
23 ×
0.4
(200
m) u
nglu
ed
23 ×
0.4
(100
m) p
re-g
lued
23 ×
0.8
(75 m
)
23 x
1.0
ABS
/ 2
3 x
1.3
PMM
A (7
5 m
)
23 ×
2.0
(75 m
)
33 ×
0.8
(75 m
)
33 ×
2.0
(75 m
)
43 ×
0.8
(25 m
)
43 ×
1.5
(25 m
)
43 ×
2.0
/ 54
× 2
.0 (2
5 m)
U717 ST9 Dakar Grey A A A A A A A a A A A A A A
U727 ST9 Stone Grey A a a A A A A a a A a a a A A
U732 ST9 Dust Grey A a a A A A A a a A a a a A A
U741 ST9 Lava Grey A a a A A A A a a A a a a A A
U748 ST9 Truffle Brown A a a a A A A a a A a a a a a A
U750 ST9 Taupe Grey A a a A A A A a a A a a a A A
U763 ST9 Pearl Grey A a a A A A A a a A a a a A A
U767 ST9 Cubanit Grey A a a A A A A a a A a a a A A
U773 ST9 Dusk Grey A A A A A A A a A A A A A A
U775 ST9 White Grey A a a a A A A a a A a a a a a A
U788 ST9 Arctic Grey A a a A A A A a a A a a a A A
U795 ST9 Brown Grey A A A A A A A a A A A A A A
U807 ST9 Nougat Brown A A A A A A A a A A A A A A
U818 ST9 Dark Brown A a a A A A A a a A a a a A A
U899 ST9 Cosmos Grey A a a A A A A a a A a a a A A
U960 ST9 Onyx Grey A a a a A A A a a A a a a a a A
U961 ST2 Graphite Grey A a a a A A A a a A a a a a a A
U963 ST9 Diamond Grey A a a A A A A a a A a a a A A
U989 ST9 Black Brown A A A A A A A a A A A A A A
U999 ST2 Black A a a a A A A a a A a a a a a A
U999 ST12 Black A A A A A A A a A A A A A A
Wood reproductionsH1101 ST12 Mocha Macassar A A A A A A A a A A A A A A
H1107 ST9 Anthracite Metallic Wood A A a a A A A A a a A a a a A A
H1113 ST10 Brown Kansas Oak A A A A A A A a A A A A A A
H1114 ST9 Ribera Walnut A A A A A A A a A A A A A A
H1115 ST12 Grey-Beige Bamenda A a a A A A A a A a a a A A
H1116 ST12 Dark Bamenda Wenge A A A A A A A a A A A A A A
H1122 ST22 Whitewood A A A A A A A a A A A A A A
H1123 ST22 Graphitewood A A A A A A A a A A A A A A
H1145 ST10 Natural Bardolino Oak A a a a A A A a a A a a a a a a A
H1146 ST10 Grey Bardolino Oak A A A A A A A a A A A A A A
H1150 ST10 Grey Arizona Oak A a a A A A A a A a a a A A
H1176 ST37 White Halifax Oak a a a a A A A a A a a a a a A
H1180 ST37 Natural Halifax Oak a a a a A A A a A a a a a a a A
H1181 ST37 Tobacco Halifax Oak a a a a A A A a A a a a a a a A
H1277 ST9 Light Lakeland Acacia A a a A A A A a a A a a a A A
H1298 ST22 Sand Lyon Ash A A A A A A A a A A A A A A
65
a On stock
A Delivery time: depending on production specification For details see www.egger.com/availabilityguide G Compact laminate
→ Upon request in the thicknesses 3, 5, 6, 8, 10, 12 and 13 mm with black core → With white core only in W1001 ST9 (from stock in 8 and 13 mm, other thicknesses upon request) → Upon request in Flammex version (only with black core in the thicknesses 6, 8 and 10 mm) → Feelwood synchronised pores from stock in 8 and 13 mm with black core
A Vertical Application Only Q = Endgrain edging All dimensions in mm
G CEurodekor
Additional core materials upon request
EH Laminates
BK F Edging
Com
pact
Lam
inat
es 2
790
× 2
060
2 80
0 ×
2 07
0 ×
8
2 80
0 ×
2 07
0 ×
19
2 80
0 ×
2 07
0 ×
25
2 80
0 ×
2 07
0 ×
10 /
12 /
16 /
22
2 80
0 ×
2 07
0 ×
28 /
32 /
38
Mul
tilay
er s
truc
ture
Stan
dard
form
at 2
800
× 1
310
× 0.
8
XL fo
rmat
2 7
90 ×
2 0
60 ×
0.8
Colo
ured
cor
e 2
800
× 1 3
10 ×
0.8
Doo
r Siz
es2
150
× 95
0 ×
0.8
2 15
0 ×
1 020
× 0
.8
Perf
ectS
ense
2 8
00 ×
2 0
70 ×
19
Euro
light
2 8
00 ×
2 0
70 ×
38
/ 50
23 ×
0.4
(200
m) u
nglu
ed
23 ×
0.4
(100
m) p
re-g
lued
23 ×
0.8
(75 m
)
23 x
1.0
ABS
/ 2
3 x
1.3
PMM
A (7
5 m
)
23 ×
2.0
(75 m
)
33 ×
0.8
(75 m
)
33 ×
2.0
(75 m
)
43 ×
0.8
(25 m
)
43 ×
1.5
(25 m
)
43 ×
2.0
/ 54
× 2
.0 (2
5 m)
U717 ST9 Dakar Grey A A A A A A A a A A A A A A
U727 ST9 Stone Grey A a a A A A A a a A a a a A A
U732 ST9 Dust Grey A a a A A A A a a A a a a A A
U741 ST9 Lava Grey A a a A A A A a a A a a a A A
U748 ST9 Truffle Brown A a a a A A A a a A a a a a a A
U750 ST9 Taupe Grey A a a A A A A a a A a a a A A
U763 ST9 Pearl Grey A a a A A A A a a A a a a A A
U767 ST9 Cubanit Grey A a a A A A A a a A a a a A A
U773 ST9 Dusk Grey A A A A A A A a A A A A A A
U775 ST9 White Grey A a a a A A A a a A a a a a a A
U788 ST9 Arctic Grey A a a A A A A a a A a a a A A
U795 ST9 Brown Grey A A A A A A A a A A A A A A
U807 ST9 Nougat Brown A A A A A A A a A A A A A A
U818 ST9 Dark Brown A a a A A A A a a A a a a A A
U899 ST9 Cosmos Grey A a a A A A A a a A a a a A A
U960 ST9 Onyx Grey A a a a A A A a a A a a a a a A
U961 ST2 Graphite Grey A a a a A A A a a A a a a a a A
U963 ST9 Diamond Grey A a a A A A A a a A a a a A A
U989 ST9 Black Brown A A A A A A A a A A A A A A
U999 ST2 Black A a a a A A A a a A a a a a a A
U999 ST12 Black A A A A A A A a A A A A A A
Wood reproductionsH1101 ST12 Mocha Macassar A A A A A A A a A A A A A A
H1107 ST9 Anthracite Metallic Wood A A a a A A A A a a A a a a A A
H1113 ST10 Brown Kansas Oak A A A A A A A a A A A A A A
H1114 ST9 Ribera Walnut A A A A A A A a A A A A A A
H1115 ST12 Grey-Beige Bamenda A a a A A A A a A a a a A A
H1116 ST12 Dark Bamenda Wenge A A A A A A A a A A A A A A
H1122 ST22 Whitewood A A A A A A A a A A A A A A
H1123 ST22 Graphitewood A A A A A A A a A A A A A A
H1145 ST10 Natural Bardolino Oak A a a a A A A a a A a a a a a a A
H1146 ST10 Grey Bardolino Oak A A A A A A A a A A A A A A
H1150 ST10 Grey Arizona Oak A a a A A A A a A a a a A A
H1176 ST37 White Halifax Oak a a a a A A A a A a a a a a A
H1180 ST37 Natural Halifax Oak a a a a A A A a A a a a a a a A
H1181 ST37 Tobacco Halifax Oak a a a a A A A a A a a a a a a A
H1277 ST9 Light Lakeland Acacia A a a A A A A a a A a a a A A
H1298 ST22 Sand Lyon Ash A A A A A A A a A A A A A A
a On stock
A Delivery time: depending on production specification For details see www.egger.com/availabilityguide G Compact laminate
→ Upon request in the thicknesses 3, 5, 6, 8, 10, 12 and 13 mm with black core → With white core only in W1001 ST9 (from stock in 8 and 13 mm, other thicknesses upon request) → Upon request in Flammex version (only with black core in the thicknesses 6, 8 and 10 mm) → Feelwood synchronised pores from stock in 8 and 13 mm with black core
A Vertical Application Only Q = Endgrain edging All dimensions in mm
G CEurodekor
Additional core materials upon request
EH Laminates
BK F Edging
Com
pact
Lam
inat
es 2
790
× 2
060
2 80
0 ×
2 07
0 ×
8
2 80
0 ×
2 07
0 ×
19
2 80
0 ×
2 07
0 ×
25
2 80
0 ×
2 07
0 ×
10 /
12 /
16 /
22
2 80
0 ×
2 07
0 ×
28 /
32 /
38
Mul
tilay
er s
truc
ture
Stan
dard
form
at 2
800
× 1
310
× 0.
8
XL fo
rmat
2 7
90 ×
2 0
60 ×
0.8
Colo
ured
cor
e 2
800
× 1 3
10 ×
0.8
Doo
r Siz
es2
150
× 95
0 ×
0.8
2 15
0 ×
1 020
× 0
.8
Perf
ectS
ense
2 8
00 ×
2 0
70 ×
19
Euro
light
2 8
00 ×
2 0
70 ×
38
/ 50
23 ×
0.4
(200
m) u
nglu
ed
23 ×
0.4
(100
m) p
re-g
lued
23 ×
0.8
(75 m
)
23 x
1.0
ABS
/ 2
3 x
1.3
PMM
A (7
5 m
)
23 ×
2.0
(75 m
)
33 ×
0.8
(75 m
)
33 ×
2.0
(75 m
)
43 ×
0.8
(25 m
)
43 ×
1.5
(25 m
)
43 ×
2.0
/ 54
× 2
.0 (2
5 m)
H1334 ST9 Light Sorano Oak A a a A A A A a a A a a a A a A
H1387 ST10 Graphite Denver Oak A a a A A A A a a A a a a A A
H1399 ST10 Truffle Brown Denver Oak A A A A A A A a A A A A A A
H1401 ST22 Cascina Pine A A A A A A A a a A A A A A a A
H1424 ST22 Fineline Cream A A A A A A A a A A A A A A
H1444 ST9 Alpine Pine A A A A A A A a A A A A A A
H1487 ST22 Bramberg Pine A a a a A A A a a A a a a a a A
H1511 ST15 Bavarian Beech A a a A A A A a A a a a A A
H1518 ST15 Natural Beech A A A A A A A a A A A A A A
H1582 ST15 Ellmau Beech A a a a A A A a a A a a a a a a A
H1615 ST9 Verona Cherry A a a A A A A a a A a a a A A
H1636 ST12 Locarno Cherry A A A A A A A a A A A A A A
H1733 ST9 Mainau Birch A a a a A A A a A a a a a a A
H1887 ST9 Natural Starnberg Maple A A A A A A A a a A A A A A A
H3006 ST22 Sand Zebrano A A A A A A A a A A A A A A
H3012 ST22 Coco Bolo A A A A A A A a a A A A A A A
H3047 ST10 Truffle Brown Borneo A A A A A A A a A A A A A A
H3048 ST10 Antique Brown Borneo A A A A A A A a A A A A A A
H3058 ST22 Mali Wenge A a a A A A A a a A a a a A A
H3090 ST22 Shorewood A a a A A A A a a A a a a A A
H3113 ST15 Lindau Pearwood A A A A A A A a a A A A A A A
H3114 ST9 Tirano Pearwood A A A A A A A a a A A A A A A
H3131 ST12 Natural Davos Oak A a a A A A A a A a a a A A
H3133 ST12 Truffle Brown Davos Oak A a a a A A A a A a a a a a a A
H3156 ST12 Grey Corbridge Oak A a a A A A A a A a a a A A
H3157 ST12 Vicenza Oak A A A A A A A a A A A A A A
H3170 ST12 Natural Kendal Oak A a a A A A A a A a a a A A
H3171 ST12 Oiled Kendal Oak A A A A A A A a A A A A A A
H3303 ST10 Natural Hamilton Oak A a a a A A A a a A a a a a a a A
H3309 ST28 Sand Gladstone Oak a a a a A A A a A a a a a a a A
H3325 ST28 Tobacco Gladstone Oak a a a a A A A a A a a a a a a A
H3326 ST28 Grey-Beige Gladstone Oak a a a a A A A a A a a a a a A
H3331 ST10 Natural Nebraska Oak A A A A A A A a A A A A A A
H3332 ST10 Grey Nebraska Oak A A A A A A A a A A A A A a A
H3335 ST28 White Gladstone Oak a A A A A A A a A A A A A A
H3368 ST9 Natural Lancaster Oak A A A A A A A a A A A A A A
H3395 ST12 Natural Corbridge Oak A a a A A A A a a A a a a A A
H3398 ST12 Cognac Kendal Oak A A A A A A A a A A A A A A
66
a On stock
A Delivery time: depending on production specification For details see www.egger.com/availabilityguide G Compact laminate
→ Upon request in the thicknesses 3, 5, 6, 8, 10, 12 and 13 mm with black core → With white core only in W1001 ST9 (from stock in 8 and 13 mm, other thicknesses upon request) → Upon request in Flammex version (only with black core in the thicknesses 6, 8 and 10 mm) → Feelwood synchronised pores from stock in 8 and 13 mm with black core
A Vertical Application Only Q = Endgrain edging All dimensions in mm
G CEurodekor
Additional core materials upon request
EH Laminates
BK F Edging
Com
pact
Lam
inat
es 2
790
× 2
060
2 80
0 ×
2 07
0 ×
8
2 80
0 ×
2 07
0 ×
19
2 80
0 ×
2 07
0 ×
25
2 80
0 ×
2 07
0 ×
10 /
12 /
16 /
22
2 80
0 ×
2 07
0 ×
28 /
32 /
38
Mul
tilay
er s
truc
ture
Stan
dard
form
at 2
800
× 1
310
× 0.
8
XL fo
rmat
2 7
90 ×
2 0
60 ×
0.8
Colo
ured
cor
e 2
800
× 1 3
10 ×
0.8
Doo
r Siz
es2
150
× 95
0 ×
0.8
2 15
0 ×
1 020
× 0
.8
Perf
ectS
ense
2 8
00 ×
2 0
70 ×
19
Euro
light
2 8
00 ×
2 0
70 ×
38
/ 50
23 ×
0.4
(200
m) u
nglu
ed
23 ×
0.4
(100
m) p
re-g
lued
23 ×
0.8
(75 m
)
23 x
1.0
ABS
/ 2
3 x
1.3
PMM
A (7
5 m
)
23 ×
2.0
(75 m
)
33 ×
0.8
(75 m
)
33 ×
2.0
(75 m
)
43 ×
0.8
(25 m
)
43 ×
1.5
(25 m
)
43 ×
2.0
/ 54
× 2
.0 (2
5 m)
H3430 ST22 White Aland Pine A A A A A A A a a A A A A A A
H3433 ST22 Polar Aland Pine A A A A A A A a a A A A A A A
H3450 ST22 White Fleetwood A a a A A A A a a A a a a A A
H3451 ST22 Champagne Fleetwood A a a A A A A a a A a a a A A
H3453 ST22 Lava Grey Fleetwood A a a a A A A a a A a a a a a A
H3470 ST22 Natural Pine A a a A A A A a A a a a A A
H3700 ST10 Natural Pacific Walnut A A A A A A A a a A A A A A A
H3704 ST15 Tobacco Aida Walnut A A A A A A A a A A A A A a A
H3710 ST9 Natural Carini Walnut A A A A A A A a A A A A A A
H3711 ST9 Tobacco Carini Walnut A a a A A A A a A a a a A A
H3730 ST10 Natural Hickory A A A A A A A a A A A A A A
H3732 ST10 Brown Hickory A A A A A A A a A A A A A A
H3734 ST9 Natural Dijon Walnut A a a a A A A a a A a a a a a A
H3773 ST9 Bleached Carini Walnut A a a A A A A a a A a a a A A
H3840 ST9 Natural Mandal Maple A a a a A A A a a A a a a a a A
H3860 ST9 Champagne Hard Maple A a a a A A A a A a a a a a a A
H3991 ST10 Natural Country Beech A a a a A A A a a A a a a a a A
Material ReproductionsF186 ST9 Light Grey Chicago Concrete A A a a A A A a a A a a a a a a A
F187 ST9 Dark Grey Chicago Concrete A A a A A A A a a A a a a A a A
F274 ST9 Light Concrete A a a A A A A a A a a a A a A
F283 ST22 Boston Concrete A A A A A A A a A A A A A a A
F302 ST87 Ferro Bronze A A a A A A A a a A a a a A a A
F310 ST87 Ceramic Rust A A a A A A A a A a a a A a A
F311 ST87 Anthracite Ceramic A A a A A A A a A a a a A a A
F424 ST10 Brown Linen A A A A A A A a A A A A A A
F425 ST10 Beige Linen A a a A A A A a A a a a A A
F426 ST10 Grey Linen A A A A A A A a A A A A A A
F433 ST10 Anthracite Linen A A A A A A A a A A A A A A
F447 ST2 Lava Grey Metallic A A A A A A A A a A A A A A A
F477 ST9 Blue-Grey Metallic A A A A A A A A a A A A A A A
F478 ST9 Cubanit Grey Metallic A A A A A A A A a A A A A A A
F501 ST2 Brushed Aluminium A A A a A A A A a a A a a a A A
F509 ST2 Aluminium A A A a A A A A a a A a a a A A
F570 ST2 Metallic Copper A A A A A A A A a A A A A A A
F571 ST2 Gold Metallic A A A A A A A A a A A A A A A
F784 ST2 Brushed Brass A A A A A A A A a A A A A A A
67
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