Songhan Plastic Technology Co.,Ltd.
 POLYMER SEARCH

Polymer Property : Zone 3 = 400 °F Product List

Processing Properties

Tips: 30 items are displayed at most. For the rest of the results, please contact customer service.
Processing Properties Metric English Comments
Zone 3 204 - 232 °C
400 - 450 °F
LyondellBasell Alathon® M5370WC High Density Polyethylene
ApplicationsALATHON M 5370WC is a natural, high density, polyethylene copolymer resin with a narrow molecular weight distribution formulated for use as primary insulation for coaxial and control cab..
Zone 3 204 - 232 °C
400 - 450 °F
LyondellBasell Alathon® M6080WC High Density Polyethylene
ApplicationsALATHON M 6080WC is a natural, high density, polyethylene homopolymer resin with a narrow molecular weight distribution formulated for use as primary insulation for coaxial and control c..
Zone 3 204 - 232 °C
400 - 450 °F
LyondellBasell Petrothene® LR590001 High Density Polyethylene
ApplicationsPETROTHENE LR590001 is designed as primary insulation for telephone singles. LR590001 is a high density resin designed for low shrinkback after extrusion. Antioxidant has been added to e..
Zone 3 204 - 232 °C
400 - 450 °F
LyondellBasell Petrothene® LR590005 High Density Polyethylene
ApplicationsPETROTHENE LR 5900-05 is a high density, high molecular weight resin designed for primary insulation for electronic cables. This resin exhibits low shrinkback after extrusion, contains ..
Zone 3 204 - 213 °C
400 - 415 °F
LyondellBasell Petrothene® LR686001 High Density Polyethylene
ApplicationsPETROTHENE LR686001 is designed for use as insulation for foam/skin telephone singles, and is a natural, expandable, high density polyethylene compound containing a chemical blowing agen..
Zone 3 204 - 232 °C
400 - 450 °F
Entec Hyril® GP355AS Styrene Acrylonitrile
Available in North America Features: Copolymer Automotive Specifications: DELPHI M-9565-9 Color: Blue-TransparentForm: PelletsProcessing Method: ExtrusionInformation provided by Entec
Copyright © lookpolymers.com All Rights Reserved