Compact laminates set special accents with their coloured core. Here, the solid-coloured look comes into its own perfectly. For mitred elements, joints and butt edges are almost invisible.
Application
- Tabletops and worktops
- Sales counters
- Furniture construction
Sustainability
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100 % certified legal paper origin
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100 % wood from sustainable forestry
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60 % material from renewable resources, 40 % Material from fossile resources
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not recyclable
Advantages
- Enables customised furniture with special design requirements
- Nearly jointless appearance with mitred elements
Characteristic
- Homogeneous, coloured core with a solid-coloured look
- Abrasion-, impact- and scratch-resistant
- Moisture-resistant
- Hygienic and food-safe
- Lightfast
- Stain-resistant
- Resistant to many cleaning agents and chemicals
- Antibacterial surface property according to ISO 22196 (= JIS Z 2801)
- Certified according to TÜV-PROFiCERT-product Interior PREMIUM
EGGER Decorative Collection
Case Studies
A kitchen design that convinces
Elegance and naturalness harmoniously combined
Elegant and natural kitchen design by Fuzzy's Woodart.
Turning old into new
In Scheffau am Wilden Kaiser, space was created for three generations by adding storeys and renovating the old building
Extensions and storeys were built in timber frame construction.
SmartLAB: Sparkasse with a modern room concept
The future of banking in a new design
Thanks to the matt laminate PerfectSense Topmatt, the meeting points are robust and stylish.
Documents and Downloads
All documents
Brochure
Certificate
Declaration of Performance (DoP)
Delivery information
Processing instruction and leaflets
Technical datasheet
Compact laminates - TÜV PROFiCERT (PDF)
Compact Laminate Antibacterial Activity Hohenstein HD-515339-Z (PDF)
Compact laminates (PDF)
Antibacterial properties of EGGER surfaces (PDF)
Compact laminates - Cooperation company Leitz (PDF)
Cleaning and care recommendations for EGGER product surfaces without EPSC (PDF)
Compact laminates - Cooperation company Leuco (PDF)
Resistance of EGGER surfaces to disinfectant (PDF)