Additives > Abrasion Resistant Additives
(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.
(raw materials)Honeywell Specialty Additives - Oxidized PE Homopolymer that is available in low, medium, and high density. This product emulsifies easily with anionic and cationic surfactants and is used for paper coatings and lubricants, ceramic binders, textile softeners, and overprint varnish.
(raw materials)Honeywell Specialty Additives - High density oxidized PE homopolymer that emulsifies easily with anionic and cationic surfactants. Used in overprint varnish.
(raw materials)Honeywell Specialty Additives - High density oxidized PE homopolymer that emulsifies easily with anionic and cationic surfactants. Used in overprint varnish.
(raw materials)Honeywell Specialty Additives - High density oxidized PE homopolymer that emulsifies easily with anionic and cationic surfactants. Used in overprint varnish.
(raw materials)Honeywell Specialty Additives - PE Homopolymer for use in hot melt adhesives, cable fill, candles, PVC processing flexography, lithography, and other applications.
(raw materials)Honeywell Specialty Additives - Propylene-maleic anhydride copolymer products are used in applications including inks and overprint varnishes.
(raw materials)Honeywell Specialty Additives - A PE homopolymer designed for use in flexographic and lithographic applications.
(raw materials)Honeywell Specialty Additives - A PE homopolymer designed for use in publication graveur and lithographic applications.
(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.
(raw materials)Honeywell Specialty Additives - PE homopolymer for use in hot melt adhesives, cable fill, candles, PVC processing, inks, and lubricants.
(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.
(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.
(raw materials)Honeywell Specialty Additives - PE fine particle size polymer that readily disperses into water and is surfactant free. The high density minimizes flotation in aqueous systems. Excellent for rub and scratch resistance, COF reduction. Used in flexography, overprint varnish, toner.
(raw materials)Honeywell Specialty Additives - Fine particle size polymers that offer superior rub-resistance for use in solvent-based graveur and high quality oleoresinous inks. Applications in flexography, lithography, overprint varnish.
(raw materials)Honeywell Specialty Additives - PE fine particle size polymer that readily disperses into water and is surfactant free. The high density minimizes flotation in aqueous systems. Excellent for rub/scratch resistance, COF reduction. Used in flexography, overprint varnish, toner.
(raw materials)Honeywell Specialty Additives - PE fine particle size polymer that readily disperses into water and is surfactant free. The high density minimizes flotation in aqueous systems. Excellent for rub and scratch resistance, COF reduction. Used in flexography, overprint varnish, toner.
(raw materials)Honeywell Specialty Additives - PE fine particle size polymer that readily disperses into water and is surfactant free. The high density minimizes flotation in aqueous systems. Excellent for rub/scratch resistance, COF reduction, overprintability. Used in flexography and toner.
(raw materials)Shamrock Technologies, Inc. - A 50% ultrafine microcrystalline wax compound. Used in heat-set inks.
(raw materials)Shamrock Technologies, Inc. - An ultrafine microcrystalline / polytetrafluoroethylene wax compound. Used in heat-set lithographic inks.