Decovery® Bio-Based High-Performance Resins for Industrial Wood Applications
Decovery® resins are partially made from renewable materials and show a similar or even superior performance compared to conventional waterborne resins. Decovery® contains up to 49% bio-based content and achieves a carbon footprint reduction of up to 34%, thereby enabling companies to develop a more sustainable paint.
Decovery® is also a safer alternative. We are pushing the boundaries to offer increasingly healthier solutions. We successfully substituted substances such as NMP, APEO/NPEO and organotin and are continuously pushing to deliver the lowest possible amount of Volatile Organic Compounds (VOCs).
Furthermore, Decovery® is proven to deliver the highest quality across a range of indoor and outdoor applications in demanding specialty products. Our paint resins are durable and chemical-resistant; they provide a great finish with no yellowing effect and feel smooth to the touch. While being partially biobased,
Decovery® performs equally to (and in some instances even better than) all fossil oil-based acrylic equivalents.
- Decovery® SP-7100 XP
Water based urethane having a renewable content of 27%. This resin can be used in radiation curing coating in Industrial Wood Interior Coatings applications a.o. furniture and kitchen cabinets. It is suitable for clear and opaque coatings and has typical properties such as being tack free before cure, no pore whitening, excellent chemical and blocking resistance.
- Decovery® SP-7400 XP
An OH functional acrylic copolymer dispersion having a renewable content of 40%. An ideal product for industrial wood interior coatings applications such as furniture. (both 1 and 2 component applications possible). It has excellent transparency and wood wetting properties and good chemical resistance in 1 component and excellent chemical resistance in 2 components, while in addition it has good sand ability.
Decovery® helps replace paint resins made from fossil oil derivatives , thereby reducing our dependence on carbon intensive and finite natural resources while emphasizing people’s health’.
