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EPOLENE® C-17 Polymer
EPOLENE® C-17 is a low-density polyethylene wax designed to be blended with low molecular weight waxes to increase the viscosity of hot-melt coatings.
EPOLENE® C-17 is a medium molecular weight, highly branched, low-density polyethylene wax. It was developed to be combined with other waxes used in hot-melt coatings for paper. It provides increased viscosity, improved grease resistance, higher blocking temperatures, increased gloss, and better scuff resistance when incorporated into hot-melt coatings. For solvent-based and water-based ink applications, EPOLENE® C-17 serves as an additive to provide increased rub resistance, higher slip to printed surfaces, and reduced offset. EPOLENE® C-17 may also be blended with other waxes, such as paraffin wax, to increase the viscosity of the wax blend.
EPOLENE® C-17 polyethylene wax is also commonly used as a base polymer in color concentrates, where it allows for easier processing, improved pigment dispersion, and higher output rates. In addition, EPOLENE® C-17 can be blended with other polymers used in hot-melt adhesive formulations to alter the viscosity and improve the penetration of porous substrates.
Specifications
Polymer type: LDPE Molecular weight: 100,000 Ring and Ball softening point (ASTM E28): 133°C Penetration hardness (ASTM D5): 2 dmm Viscosity (at 190°C, calculated): 940,000 cP Melt index (190°C/2.16 kg): 19
Primary Chemistry: Polyethylene polymer
Features & Benefits
High viscosity Low moisture vapor transmission Increased abrasion resistance Grease resistance High gloss Good heat seal ability Low color Excellent compatibility with tackifying resins
Problems Solved
Low viscosity of hot-melt coatings Hot-melt adhesive does not penetrate well enough into paper substrates Difficulty processing masterbatches Damage to paper coatings caused by scuffing and abrasion
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ChemPoint will not under any circumstances release personal user information to individuals or companies. All information collection is solely used to support ChemPoint customers service communications. Read our Privacy Notice.
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