Techslate Flooring: An Eco-Conscious Choice for Modern Spaces
Techslate flooring, crafted predominantly from cement fiberboard, stands as a pioneering, sustainable choice over traditional ceramic or wooden floors. Aligned with ecological preservation, Techslate is engineered to be dismantled effortlessly and is fully recyclable through an innovative “second-life” process, underscoring a commitment to environmental stewardship.
Advantages of Techslate Flooring
Superior Stability, Waterproof, and Fire Resistance Techslate’s mineral core composition delivers unparalleled advantages, including top-tier fire resistance (A2fl-s1) and complete waterproofing. The exceptional dimensional stability of Techslate supports installations spanning up to 1,000 square meters without the necessity for expansion or separation joints, ideal for extensive, uniform flooring installations.
Enhanced Lightfastness for Consistent Color Vibrancy With a superior lightfastness rating of over 7 on a scale from 1 to 8, Techslate ensures that its hues and designs retain their vibrancy, even in sun-drenched environments. This feature makes it an excellent option for areas receiving ample natural light, ensuring both stylistic flair and enduring material integrity.
Durable and Designed to Perform Constructed to withstand the rigors of both commercial and residential use, Techslate incorporates KORUS surface technology to enhance its durability. It satisfies the rigorous demands of commercial traffic (Class 33) and residential use (Class 23), making it an ideal flooring solution for busy venues like airports, cafés, and hospitals, as well as private homes.
Techslate embodies the perfect blend of resilience, ecological responsibility, and aesthetic flexibility, marking it as a premier flooring choice for varied applications across commercial and residential environments.
Technical data
classification | EN 16511 | object area 33 | |
basis weight | EN 430 | approx. 12,000 g/m2 | |
abrasion behavior | EN 14354 & EN 13329 | >10,000 WR4 AC5 |
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impact sound improvement measure | EN ISO 717-2 | approx. 19 dB | |
chair caster suitability | EN 425 | fulfilled | |
fire behavior | EN ISO 9239-1 | A2fl-s1 | |
thermal resistance | EN 12524 | approx. 0.05 m2 K/W | |
dimensional stability | EN 434 | < 0.03% | |
residual impression | EN 433 | 0.00 mm | |
lightfastness | ISO 105 | > 7 | |
chemical exposure | EN 423 | very good durability | |
emission values | < 100 ppm according to AgBB |
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thickness swelling 24h | EN 317 | 0% | |
transverse tensile values click connection | ISO 24334 | > 500 kg/lfm – kg/m | |
room sound improvement | IHD-W-31 | 35% | |
charging voltage | EN 1815 | < 2.0 kV antistatic | |
slip resistance coefficient | EN 51130 | R 10 | |
micro-scratch resistance | EN 16094 | MSR -A1/MSR-B1 | |
furniture leg shift | EN 424 | no visible damage | |
slip resistance | EN 13501 -1 | Class DS | |
stain resistance | EN 438-2:2016 | grade 5 / 5 |
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