Description

Honeywell A-C® homopolymers are a family of synthetic waxes used as additives or modifiers to improve and enhance various performance properties.



In ink formulations, A-C® performance additives can be used to control rheology characteristics. They are also used to modify surface properties such as the coefficient of friction, water resistance, slip & mar, abrasion resistance, block resistance, and gloss.



In coatings formulations, A-C® performance additives can be used to control rheology characteristics, improve pigment suspension, and optimize metal flake orientation. They are also used to modify surface properties such as the coefficient of friction, water resistance, slip & mar, abrasion resistance, block resistance, and gloss.



In adhesives formulations, A-C® performance additives are used to lower melt viscosity (hot melt adhesives), improve adhesion, enhance compatibility, increase heat resistance, improve green strength, control oil and plasticizer bleed, reduce processing and set times



In plastics applications, A-C® performance additives are used to lower die head pressures, increase overall lubricity and metal release, lower melt temperatures, and increase gloss. They are also utilized in color masterbatch applications to increase pigment loading, promote uniform pigment dispersion, broaden pigment/filler compatibility, and increase chroma.

 


A-C® 1089: High melt temperature, lower viscosity, hard polypropylene (PP) homopolymer for use in hot melt adhesives to improve heat resistance. Excellent internal lubricant for polypropylene resin systems. Excellent external lubricant for CaZn stabilized PVC formulations. Recommended for use in filled and color masterbatch systems.



A-C® 1660: High melt temperature, hard polypropylene (PP) homopolymer for use in solvent borne coatings and hot melt adhesives to improve surface properties (drag) and heat resistance.



A-C® 1754: High melt temperature, hard polypropylene (PP) homopolymer for use in solvent borne coatings and hot melt adhesives to improve surface properties (drag) and heat resistance.

 


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