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ORGASOL® 2002 ES6 NAT 3 is a spheroïdal powder of polyamide 12, with 60 µm as average diameter and a narrow particle size distribution. An extremely high level of quality is achieved thanks to our rigorous control of particle size distribution, providing excellent consistency in performance. ORGASOL® 2002 ES6 NAT 3 is used as a multifunctional additive in coatings. It improves the scratch and the abrasion resistance while providing a regular textured finish thanks to the spheroïdal shape of the particles. Playing on coatings texture, ORGASOL® 2002 ES6 NAT 3 can lead to anti-slippery properties associated to a better clean ability. The high chemical resistance of polyamide 12 and the particle size distribution are among the key parameters that make ORGASOL® 2002 ES6 NAT 3 compatible with most resins and common formulating additives used in coating industry. It can be added to interior or exterior paints and easily dispersed in solvent or water based or 100% solid UV curable system.

ORGASOL® 3502 D NAT 1, from Arkema, is spheroidal copolyamide 6/12 powder with a narrow particle size distribution and an average diameter of 20µm. ORGASOL® 3502 D NAT 1 has a melting temperature of 142°C. An extremely high level of quality is achieved through rigorous control of the particle size distribution & porosity, ensuring excellent consistency of performance.

ORGASOL® 3502 D NAT 1, from Arkema, is spheroidal copolyamide 6/12 powder with a narrow particle size distribution and an average diameter of 20µm. ORGASOL® 3502 D NAT 1 has a melting temperature of 142°C. An extremely high level of quality is achieved through rigorous control of the particle size distribution & porosity, ensuring excellent consistency of performance.

ORGASOL® 1002 ES5 NAT 1 is used as a matting agent (from satin to deep matte) in all kinds of coatings, varnishes, or ink in addition to improving abrasion, scratch, scrub and burnish resistance. This polyamide-6 powder reduces the coefficient of friction and provides haptic properties (from soft touch/smooth to textured), flexibility, and blocking resistance. The low oil absorption make it suitable as well in waterborne, solvent born or solvent-free technology with reduced impact on rheology. High melting point temperature, above 210°C. The average diameter of 50µm.