ACumist® 3405 by Honeywell is a micronized PTFE-modified polyethylene homopolymer. It has a high molecular weight. Provides excellent abrasion resistance, outstanding slip and excellent scratch... view more

ACumist® A-12 by Honeywell is a micronized oxidized polyethylene homopolymer. Used in water-based coatings, flexographic- & gravure inks, and overprint varnishes. Provides outstanding abrasion... view more

ACumist® A-18 is a micronized oxidized polyethylene homopolymer by Honeywell. Use in paper coatings to improve anti-blocking, slip and release. Provides outstanding abrasion resistance and... view more

ACumist® A-6 is a micronized oxidized polyethylene homopolymer by Honeywell. Designed for gravure inks, flexographic inks, wood and industrial coatings. Also used in water-based & UV/EB cured... view more

ACumist® B-12 by Honeywell is a micronized polyethylene homopolymer for use in solvent borne coatings, stains & lacquers, and solvent based flexographic inks. Provides excellent abrasion resistance... view more

Martinal® OL-104 by Huber Engineered Materials is an environmental friendly, halogen-free, inert and fine precipitated aluminium hydroxide. Used as a flame retardant and as a filler in powder... view more

Martinal® ON-310 by Huber Engineered Materials is an environmental friendly, recyclable, medium particle size, aluminium hydroxide. It is halogen-free, non-toxic, non-corrosive, non volatile and... view more

Martinal® ON-921 by Huber Engineered Materials is an environmentally friendly, halogen-free, non-toxic, non-corrosive, non volatile, inert, recyclable, aluminium hydroxide. Used as a flame retardant... view more

Zinc barium sulfate (Zns. Baso4). It is an inorganic white pigment. Lithopone B301 is produced by precipitation through filtering, heating and quenching. It is much cheaper but still it is mostly... view more

Zinc barium sulfate (Zns. Baso4). It is an inorganic white pigment. Lithopone B311 is produced by precipitation through filtering, heating and quenching. It is much cheaper but still it is mostly... view more