Masterbatch Reduces Coefficient Of Friction (COF) In High-Speed Form-Fill-Seal Packaging

Masterbatch reduces coefficient of friction (COF) in high-speed form-fill-seal packaging

15-May-17

DowCorning, a wholly owned subsidiary of The Dow Chemical Company has launched DowCorning® MB25-035 Masterbatch. This leading-edge masterbatch technology is designed to reduce the coefficient of friction (COF) in high-speed form-fill-seal (FFS) packaging operations to optimize productivity and avoid costly interruptions. The new FDA-compliant product - developed for use with low-density polyethylene (LDPE) blown film

"DowCorning MB25-035 Masterbatch solves key drawbacks of organic slip additives that can affect the entire FFS packaging process - from inaccurate dosing to die build-up, and from rapid dissipation to negative impact on downstream operations," said Christophe Paulo, global segment leader, Plastics Solutions, DowCorning. "By replacing standard COF additives with this high-end technology, our packaging customers can achieve excellent slip performance over time while raising productivity and controlling costs. This new addition to our broad and expanding portfolio of high-value silicone additives offers a better option versus competitive products for film producers and converters, and brand owners that use multi-layer packaging films."

DowCorning MB25-035 Masterbatch for LDPE blown film offers a superior alternative to organic additives, whose slip performance is known to degrade over time and at elevated temperatures. The product need only be incorporated into the outside layer of the film, unlike organics that are used in all layers. This saves money and prevents migration into package contents. Additionally, it prevents die build-up and gel deposition that can cause production interruptions and impact quality. Hays will speak on this innovation in his technical presentation titled, "Next Generation Slip Additives for Low COF PE Films," where he will discuss in detail next-generation silicone-based additives for film that deliver longer-lasting, cost-effective slip performance than has been achieved to date. These additives also minimize impact on physical properties and haze.