Graphic Arts & Inks > Europe (EMEA)

Additives > Anti-Settling / Suspension Additives

A-C® 1702
(raw materials)

Honeywell Specialty Additives - A PE homopolymer for use in hot melt adhesives, cable fill, candles, lithography, and as a thickening agent and viscosity modifier.

A-C® 325
(raw materials)

Honeywell Specialty Additives - High density oxidized PE homopolymer that emulsifies easily with anionic and cationic surfactants. Used in overprint varnish.

A-C® 330
(raw materials)

Honeywell Specialty Additives - High density oxidized PE homopolymer that emulsifies easily with anionic and cationic surfactants. Used in overprint varnish.

A-C® 392
(raw materials)

Honeywell Specialty Additives - High density oxidized PE homopolymer that emulsifies easily with anionic and cationic surfactants. Used in overprint varnish.

A-C® 597A
(raw materials)

Honeywell Specialty Additives - Propylene-maleic anhydride copolymer products are used in applications including inks and overprint varnishes.

A-C® 6
(raw materials)

Honeywell Specialty Additives - A PE homopolymer designed for use in flexographic and lithographic applications.

A-C® 8
(raw materials)

Honeywell Specialty Additives - A PE homopolymer designed for use in publication graveur and lithographic applications.

A-C® 810A
(raw materials)

Honeywell Specialty Additives - A PE homopolymer available in many grades differing in softening point, viscosity, hardness, density and molecular weight. Applications in lithography.

A-C® 820A
(raw materials)

Honeywell Specialty Additives - PE homopolymer for use in hot melt adhesives, cable fill, candles, PVC processing, inks, and lubricants.

A-C® 9
(raw materials)

Honeywell Specialty Additives - A PE homopolymer available in many grades differing in softening point, viscosity, hardness, density and molecular weight. Applications include lithography and publication graveur.

A-C® 9A
(raw materials)

Honeywell Specialty Additives - A PE homopolymer available in many grades differing in softening point, viscosity, hardness, density and molecular weight. Applications in lithography.

AEROSIL® 200
(raw materials)

Evonik Degussa GmbH - Aerosil - A hydrophilic fumed silica with a specific surface area of 200 m2/g. It is used in paints and coatings, adhesives and sealants, printing inks, food and cosmetics, cable compounds and gels, silicone rubber and in plant protection.

AEROSIL® R 972
(raw materials)

Evonik Degussa GmbH - Aerosil - A hydrophobic fumed silica aftertreated with dimethyldichlorosilane based on a hydrophilic fumed silica with a specific surface area of 130 m2/g.

AEROSIL® R 972 V
(raw materials)

Evonik Degussa GmbH - Aerosil - A densified hydrophobic fumed silica aftertreated with DDS and based on a hydrophilic fumed silica with a specific surface area of 130 m2/g.

TEXAPHOR®
(raw materials)

Cognis GmbH - Functional Products - An anti-settling agent for non-aqueous paint systems, e.g. alkyds, epoxy, epoxy ester, chlorinated rubber, and bitumen.

TEXAPHOR® 963
(raw materials)

Cognis GmbH - Functional Products - A dispersant and grinding aid, anti-settling and anti-floating agent for coatings, paints, printing inks, and gelling aid for organically modified bentonite.

TEXAPHOR® 987
(raw materials)

Cognis GmbH - Functional Products - A dispersing, antisettling-, antiflooding and antifloating additive for medium and non polar coatings, gelling aid for organically modified bentonites.

TEXAPHOR® SPECIAL
(raw materials)

Cognis GmbH - Functional Products - An antisettling agent for non-aqueous paints, e.g. heavy pigments in dipping paints and wash-primers.

TROYTHIX™ 150ACS
(raw materials)

Troy Chemie GmbH - A polyamide wax dispersion designed to improve the rheological characteristics of solvent-based paints. It imparts a highly pseudoplastic or shear-thinning structure, resulting in excellent sag resistance and pigment suspension, combined with good spraying and brushing properties.

TROYTHIX™ 21BA
(raw materials)

Troy Chemie GmbH - A polymerized vegetable oil derivative. It works at the particle vehicle interface where a structure is set up between particles resulting in controlled flocculation.