High-Barrier Co-Extruded Films
The properties of the different films can complement each other, and by complementing the properties of each layer, we can get high performance composite films. By combining PE, PA, TIE, EVOH and other materials in a multilayer co-extrusion process, we are able to produce high quality, high performance films.
These are perfect for meat packaging, personal care packaging, etc.
Overview:
1、Low Temperature Heat Sealability
2、Pollution Resistant Properties
3、Appropriate Coefficient Of Friction
Structure:
NNE | PA/TIE/PE/TIE/PA/TIE/PE |
PNP | PP/PP/TIE/PA/TIE/PP/PP |
PP/TIE/PA/TIE/PA/TIE/PP | |
PNE | PP/PP/TIE/PA/TIE/PE/PE |
PP/TIE/PA/TIE/PA/TIE/PE | |
ENE | PE/PE/TIE/PA/TIE/PE/PE |
PE/TIE/PA/TIE/PA/TIE/PE | |
EVE | PE/PE/TIE/EVOH/TIE/PE/PE |
PVE | PP/PP/TIE/EVOH/TIE/PE/PE |
PVP | PP/PP/TIE/EVOH/TIE/PP/PP |
PHE | PP/TIE/PA/EVOH/PA/TIE/PE |
EHE | PE/TIE/PA/EVOH/PA/TIE/PE |
PHP | PP/TIE/PA/EVOH/PA/TIE/PP |
Note: The letters "N" for "Nylon", "P" for "PP", "E" for "PE", "V" for "EVOH" and "H" for "High barrier".
The data herein is measured on products which are reliable yet not guarantee value.
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