Enhanced stretched cling performance polyolefin films
A technology of polyolefins and olefins, applied in the field of polyethylene-based films, can solve the problems of soft polyolefins sticking, sticking performance is trapped in dusty or low temperature environments, and does not improve sticking performance
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[0097] Exemplary inventive films are made from ethylene-based polymers (or "αPE") prepared and described in U.S.S.N. 61 / 823,039, filed March 14, 2013, with Attorney Docket No. US 6,090,740 is cited again for the synthesis of the inventive ethylene-based polymers used. The ethylene-based polymers of the present invention as used herein are metallocene-catalyzed copolymers of ethylene and 1-hexene derived units prepared by a gas phase process which, under specific polymerization conditions, gave 10min melt index (I 2 ) and I of 125-130g / 10min 21 Income I with 16-17 21 / I 2 The linear low density (0.918g / cm 3 ) polyethylene. The ethylene-based polymer had a MWD (Mw / Mn) of 3.0 (±0.2).
[0098] Films of the present invention were produced on a commercial casting line running at a nominal 900 fpm line speed. A multilayer film is prepared having a polyolefin inner layer (primarily LLDPE resin) with an LLDPE core and a polyolefin sublayer between the inventive cling layer and t...
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