WOCA Denmark Certifications
3rd Party Certifications
A+
All floor coating products marketed in France are obliged to certify their products with an A+ certification. The aim is to improve indoor air quality and, at the same time, enable consumers to choose environmentally friendly products. Woca Woodcare a+ certification products ensure good indoor air quality.
DIBt
DIBt is a German institute that tests and issues technical approvals for building materials. The goal is to improve the working environment for floor installers while ensuring a safe indoor air quality for the final consumer.
Danish Indoor Climate Label
Danish Indoor Climate Label is a voluntary labeling system for products and materials which can document the effect of off gassing. Indoor climate labeled materials are a natural component in sustainable construction, where a good indoor air quality contributes to social sustainability.
Anti Slip R10
DIN 51130 is a standardized anti-slip test for flooring. WOCA Diamond Oil Active, Exterior Oil, RP 2K and XP 2K Water Based Finishes, and UV Oil 510 have been tested on solid wood, and achieved a R10 classification according to DIN 51130.
EN 71-3
The migration of metals (As, Hg, Se, Cr, Sb, Cd, Pb, Ba) of the sample was tested according EN 71 Part 3 1995. There was no evidence for migration of the named metals above the limit of detection (10-50 ppm). All interior WOCA products are correspondingly suitable for toys.
EMICODE EC1 PLUS
EMICODE®EC1PLUS is the premium class defined by very low emission. Based on scientifically determined test results, EMICODE® categorizes flooring installation materials, adhesives and construction products into three emission classes. Only products complying with the most stringent emission limits are awarded the EMICODE® label.
Fire Classification EN 13501-1:2018
WOCA Exterior Oil and XP 2K Water Based Finish has been tested according to EN 13501-1:2018 and achieved a Bfl1-S1.
Safe for food contact
WOCA Maintenance Gel and Worktop oil are tested for specific migration, MOSH/MOAH, NIAS and sensory properties for 2 hours at 104°F under worst-case simulations.