Rilsan D30 NAT is a polyamide 11 powder obtained from renewable resources with an average diameter of 21 - 27 μm. Rilsan D is a range of high performance fine polyamide powders used as multifunctional additives in coatings and varnishes. The introduction of Rilsan polyamide powders in formulations is easy thanks to their good dispersion capacity, their reduced Impact on rheology and their low density. Rilsan polyamide powders are surface modifiers, specifically designed for texture creation. Abrasion, scratch, impact resistances and flexibility of coatings, inks and varnishes can be significantly improved using Rilsan polyamide powders

Rilsan D50 NAT is a polyamide 11 powder obtained from renewable resources with an average diameter of 40 - 46 μm. Rilsan D is a range of high performance fine polyamide powders used as multifunctional additives in coatings and varnishes. The introduction of Rilsan polyamide powders in formulations is easy thanks to their good dispersion capacity, their reduced Impact on rheology and their low density. Rilsan polyamide powders are surface modifiers, specifically designed for texture creation. Abrasion, scratch, impact resistances and flexibility of coatings, inks and varnishes can be significantly improved using Rilsan polyamide powders.

Rilsan D60 NAT is a polyamide 11 powder obtained from renewable resources with an average diameter of 43 - 55μm. Rilsan D is a range of high performance fine polyamide powders used as multifunctional additives in coatings and varnishes. The introduction of Rilsan polyamide powders in formulations is easy thanks to their good dispersion capacity, their reduced Impact on rheology and their low density. Rilsan polyamide powders are surface modifiers, specifically designed for texture creation. Abrasion, scratch, impact resistances and flexibility of coatings, inks and varnishes can be significantly improved using Rilsan polyamide powders.

A matting hardener designed for epoxy and hybrid powder coatings to provide dead matte effect. The lowest gloss of resulting powder coatings may be reduced to approximately 0 (60°).