ACEMATT® 3300 by Evonik is a matting agent. It is a specially after-treated thermal silica with a unique property profile. It is an outstanding solution for multiple tasks in formulating coatings... view more

ACEMATT® 3600 by Evonik acts as a matting agent. It is specially developed for 100% radically curing UV-coatings. Exhibits films with very high surface smoothness. Provides very low thickening... view more

ACEMATT® 790 is an untreated coarse-grained precipitated silica-based matting agent by Evonik. Suitable for pigmented coatings systems. It is easily and evenly dispersed in coatings, and does not... view more

ACEMATT® 810 by Evonik acts as a matting agent. It is untreated coarse-grained precipitated silica that is used in can-, coil-, sheet- and industrial coatings. It is easily and evenly dispersed in... view more

ACEMATT® 82 by Evonik acts as a matting agent. It is suitable for pigmented systems having low sheen with 85°-65° reflectometer value. It complies with REACH regulation and can be stored for 24... view more

ACEMATT® HK 125 by Evonik acts as a matting agent. Designed for pigmented coatings, particularly coil coating systems and for wood and industrial varnishes... view more

ACEMATT® HK 390 by Evonik is an untreated, very-fine particle sized matting agent based on precipitated silica. It is particularly ideal for clear coats, where it produces a deep matte surface... view more

ACEMATT® HK 400 by Evonik is silicon dioxide. Used as matting agent for can & coil coatings and leather coatings, decorative, wood and industrial coatings. ACEMATT® HK 400 is an untreated... view more

ACEMATT® HK 440 by Evonik is an untreated, extremely coarse particle sized precipitated silica based matting agent. It offers high matting efficiency, transparency, viscosity, smoothness/haptic and... view more

ACEMATT® HK 450 by Evonik is an untreated, coarse particle sized precipitated silicon dioxide. It acts as a matting agent for can, coil and general industrial coatings.ACEMATT® HK 450 is suitable for... view more

Silicon dioxide. Used as matting agent for coil coatings and leather coatings. Offers high matting efficiency together with high surface smoothness. This product is no longer available and has been... view more

ACEMATT® HK 520 by Evonik is an untreated, medium particle-sized, precipitated silica-based matting agent. It exhibits good chemical resistance, high matting efficiency, high transparency, super... view more

ACEMATT® OK 412 by Evonik acts as a matting agent. Designed for coil coatings, overprint lacquers and printing inks. Offers very good coating film surfaces with very good surface smoothness... view more

ACEMATT® OK 412 LC by Evonik is a high performance matting agent for electro-deposition coatings. Offers very low conductivity and outstanding suspension behavior. It is a fine-grained wax... view more

ACEMATT® OK 500 by Evonik is a matting agent. It is a wax-treated, medium particle-sized precipitated silica. It offers very good compatibility and minimal impact on drying times. It provides low... view more

ACEMATT® OK 607 is a matting agent by Evonik. Designed for leather coatings, film/ foil lacquers, overprint lacquers and printing inks. Offers very good coating film surfaces with very good surface... view more

ACEMATT® OK 607 LC by Evonik is a treated precipitated silica grade. Acts as a matting agent and filler. Exhibits outstanding suspension behavior and low electrical conductivity. Available as an odorless... view more

ACEMATT® OK 900 by Evonik is a matting agent. It is a highly efficient, low sheen, medium particle sized, wax-treated precipitated silica. It offers transparency, viscosity, smoothness/haptic and... view more

ACEMATT® OP 278 by Evonik is a matting agent grade. It exhibits low residual gloss, pleasant surface roughness, attractive surface structure and low coefficient of friction. Its benefits during film... view more

ACEMATT® TS 100 by Evonik acts as a matting agent for powder coatings, overprint lacquers and printing inks. Offers very good matting efficiency and transparency. Exhibits very good resistance to... view more