Polímeros

A-C 629 is a low density Oxidized Polyethylene (LDOxPE) homopolymer in prill form for use in solvent borne coatings as a rheological aid. It also finds use as a metal release agent in PVC. It can also be atmospherically emulsified for use in aqueous applications, such as textiles, lubricants, coatings and inks, to lower the COF and provide surface properties such as mar & abrasion resistance and increased slip.

A-C 629A is a low density Oxidized Polyethylene (LDOxPE) homopolymer in prill form for use in solvent borne coatings as a rheological aid. It also finds use as a metal release agent in PVC. It is a pigment dispersing agent for color masterbatch. It can also be atmospherically emulsified for use in aqueous applications, such as textiles, lubricants, coatings and inks, to lower the COF and provide surface properties such as mar & abrasion resistance and increased slip.

A-C 540A is an ethylene acrylic acid (EAA) copolymer in a powdered form, with an acrylic acid (AA) content of 5%, for use in adhesives to promote adhesion to various substrates. It is also used in aqueous floor polishes to provide drag (raising the coefficient of friction) thereby controlling the final coefficient of friction. Its acid number of 40 aids emulsification. Also used in solvent borne coatings to control rheology and provide metallic flake orientation. Used extensively in automotive basecoats. Is a dispersing agent for color masterbatch in engineering resins. Excellent external lubricant for polyamide compounds.

A-C 3325 is a hard, high drop point, high density, oxidized polyethylene (HDOxPEs) homopolymer powder (granule) for use in water borne coatings and inks, overprint varnishes, polishes and textiles to improve surface properties including mar and abrasion resistance by lowering the coefficient of friction. In textiles, this can help improve sewability and fabric cutting, extending cutting machine lifetime. Its acid number of 25 allows it to be emulsified into water. Can also provide heat resistance to hot melt adhesives (HMAs).