Physical Properties | Metric | English | Comments |
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Environmental Stress Crack Resistance | <= 3.0 hour | <= 3.0 hour | F-50; 10% Igepal Cond. B; ASTM D-1693 |
ExxonMobil Escorene® HD-6908 HDPE, Injection Grade
(discontinued **) Data Provided by Exxon Chemical Canada.Characteristics: Excellent Stiffness, Good ImpactUses: Crates, Pails, Industrial containers |
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Environmental Stress Crack Resistance | <= 3.0 hour | <= 3.0 hour | Cond. B, 10%; ASTM D1693 |
ExxonMobil HD 6714.17 Injection Molding Resin
(discontinued **) HD 6714 is a narrow molecular weight hexene copolymer designed for outstanding processability to maximize injection molding productivity. This resin is ideally suited for thin wall multicavity part.. |
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Environmental Stress Crack Resistance | <= 3.0 hour | <= 3.0 hour | Cond. B, 10%; ASTM D1693 |
ExxonMobil HD 6908.18 Injection Molding Resin
(discontinued **) HD 6908 is a homopolymer with outstanding stiffness with a good balance of processability and cold temperature impact performance. This resin is ideally suited for articles requiring very high stif.. |
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Environmental Stress Crack Resistance | >= 3.0 hour | >= 3.0 hour | |
Kazanorgsintez 107-276 Low Density Polyethylene Composition with Improved Processibility Production Method: Compositions are produced from low density polyethylene with additives. Application: Intended for cable core lapping.Information Provided by Kazanorgsintez |
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Environmental Stress Crack Resistance | >= 3.0 hour | >= 3.0 hour | |
Kazanorgsintez 107-277 Low Density Polyethylene Composition with Improved Processibility Production Method: Compositions are produced from low density polyethylene with additives. Application: Intended for cable core lapping.Information Provided by Kazanorgsintez |
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Environmental Stress Crack Resistance | >= 3.0 hour | >= 3.0 hour | |
Kazanorgsintez 107-278 Low Density Polyethylene Composition with Improved Processibility Production Method: Compositions are produced from low density polyethylene with additives. Application: Intended for cable core lapping.Information Provided by Kazanorgsintez |
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Environmental Stress Crack Resistance | >= 3.0 hour | >= 3.0 hour | |
Kazanorgsintez 107-279 Low Density Polyethylene Composition with Improved Processibility Production Method: Compositions are produced from low density polyethylene with additives. Application: Intended for cable core lapping.Information Provided by Kazanorgsintez |
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Environmental Stress Crack Resistance | >= 3.0 hour | >= 3.0 hour | |
Kazanorgsintez 108-276 Low Density Polyethylene Composition with Improved Processibility Production Method: Compositions are produced from low density polyethylene with additives. Application: Intended for cable core lapping.Information Provided by Kazanorgsintez |
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Environmental Stress Crack Resistance | >= 3.0 hour | >= 3.0 hour | |
Kazanorgsintez 108-277 Low Density Polyethylene Composition with Improved Processibility Production Method: Compositions are produced from low density polyethylene with additives. Application: Intended for cable core lapping.Information Provided by Kazanorgsintez |
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Environmental Stress Crack Resistance | >= 3.0 hour | >= 3.0 hour | |
Kazanorgsintez 158-280 Low Density Polyethylene Composition with Improved Processibility Production Method: Compositions are produced from low density polyethylene with additives. Application: Intended for cable core lapping.Information Provided by Kazanorgsintez |
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Environmental Stress Crack Resistance | >= 3.0 hour | >= 3.0 hour | |
Kazanorgsintez 158-281 Low Density Polyethylene Composition with Improved Processibility Production Method: Compositions are produced from low density polyethylene with additives. Application: Intended for cable core lapping.Information Provided by Kazanorgsintez |
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Environmental Stress Crack Resistance | >= 3.0 hour | >= 3.0 hour | |
Kazanorgsintez 162-280 Low Density Polyethylene Composition with Improved Processibility Production Method: Compositions are produced from low density polyethylene with additives. Application: Intended for cable core lapping.Information Provided by Kazanorgsintez |
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Environmental Stress Crack Resistance | >= 3.0 hour | >= 3.0 hour | |
Kazanorgsintez 162-281 Low Density Polyethylene Composition with Improved Processibility Production Method: Compositions are produced from low density polyethylene with additives. Application: Intended for cable core lapping.Information Provided by Kazanorgsintez |
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Environmental Stress Crack Resistance | 3.0 hour | 3.0 hour | Cond. B, 10%; ASTM D 1693 |
Ineos J60-800-178 HDPE A high density polyethylene homopolymer. It has a narrow molecular weight distribution and is intended for the injection molding of screw caps dedicated to the packaging of still and sparkling water.. |
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Environmental Stress Crack Resistance | 3.0 hour | 3.0 hour | Condition B, 10%, F50; ASTM D1693 |
Ineos T60-800 HDPE Ineos T60-800 is a high density polyethylene homopolymer. This narrow molecular weight distribution resin is a product of Ineos' innovative technology. Parts fabricated from this material exhibit .. |
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Environmental Stress Crack Resistance | >= 3.0 hour | >= 3.0 hour | |
Kazanorgsintez 108-278 Low Density Polyethylene Composition with Improved Processibility Production Method: Compositions are produced from low density polyethylene with additives. Application: Intended for cable core lapping.Information Provided by Kazanorgsintez |
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Environmental Stress Crack Resistance | >= 3.0 hour | >= 3.0 hour | |
Kazanorgsintez 108-279 Low Density Polyethylene Composition with Improved Processibility Production Method: Compositions are produced from low density polyethylene with additives. Application: Intended for cable core lapping.Information Provided by Kazanorgsintez |
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Environmental Stress Crack Resistance | 3.0 hour | 3.0 hour | DSM Method |
Iran Petrochemical (PCC) 1922T Low Density Polyethylene LDPE 1922T - for injection molding with a balance between flow properties and mechanical propertiesApplications: toys, household articles, clamping lids.Information provided by Iran Petrochemical Co.. |
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Environmental Stress Crack Resistance | 3.0 hour @Pressure 3.50 MPa |
3.0 hour @Pressure 508 psi |
ISO CD 16770 |
Iran Petrochemical (PCC) BL 3VD HH 4765 High Density Polyethylene BL3VD is a high density polyethylene with 1-Butene as co monomer. It is very high density and stiffness, good ESCR, high flowability and impact strength.Applications: small blow molding, bottles, c.. |
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Environmental Stress Crack Resistance | >= 3.0 hour | >= 3.0 hour | Condition B, F50; ASTM D1693 |
IRPC Polimaxx Polene V1160 High Density Polyethylene CHARACTERISTICS: GOOD FLOWABILITYAPPLICATIONS: INJECTION MOLDING FOR LIGHT WEIGHT HOUSEHOLDS, TOYS, FOOD CONTAINERS, COSMETICS CLOSURES, DISPOSABLE ARTICLES, LARGE MOLDING AND COMPLICATED PARTS |
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Environmental Stress Crack Resistance | 3.0 hour | 3.0 hour | F<sub>0</sub>; ASTM D1693/B |
Reliance Industries Reclair M24300 Polyethylene High flow Linear Low Density Polyethylene grade. Reclair M24300 is butene comonomer based, with optimum levels of antioxidants.Characteristics:narrow molecular weight distribution, good fluidity, .. |