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25D Thermoplastic Polyurethane Elastomer Granule TPEE Plascic Raw Material
Thermoplastic Polyurethane Elastomer TPEE 25D Product Overview TPEE 25D offers high impact resistance, stable performance, and easy processing capabilities. This thermoplastic polyurethane elastomer requires proper pre-drying before processing to maintain optimal material properties. Technical Specifications Test Items Test Method 25D Tensile Strength, 25℃, MPa GB/T 528 5.5 Elongation at Break, 25℃, % GB/T 528 410 Shore Hardness, 3s, HD GB/T 2411 25 Density, g/cm³ GB/T 533 1
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Industrial Grade Thermoplastic Polyurethane TPU Elastomer Granule 72D Shore Hardness
Thermoplastic Polyurethane Elastomer TPEE 72D Product Overview TPEE 72D offers high impact resistance, stable performance, and easy processing capabilities, making it ideal for demanding industrial applications. Technical Specifications Test Items Test Method 72D Tensile Strength, 25℃, MPa GB/T 528 38.5 Elongation at Break, 25℃, % GB/T 528 475 Shore Hardness, 3s, HD GB/T 2411 72 Density, g/cm³ GB/T 533 1.290 Processing Requirements Pre-drying is essential: TPEE must be pre
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50D Hardness Thermoplastic Polyurethane Elastomer Industrial Use Automotive Grade
Thermoplastic Polyurethane Elastomer TPEE 50D TPEE 50D offers high impact resistance, stable performance, and easy processing capabilities. This thermoplastic polyurethane elastomer requires proper pre-drying before processing to ensure optimal performance. Technical Specifications Test Items TPEE 50D Shore Hardness, 3s, HD 51 Tensile Strength, 25℃, MPa 19.2 Elongation at Break, 25℃, % 587 Melt Flow Rate, g/10min (220℃, 2.16kg) 1.0/6.9 Density, g/cm³ 1.175 Processing
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High Flexibility TPU Granule Thermoplastic Polyurethane Elastomer 35D TPE Raw Material
Thermoplastic Polyurethane Elastomer TPEE 35D Technical Specifications Test Items Test Method 35D Tensile Strength, 25℃, MPa GB/T 528 9.6 Elongation at Break, 25℃, % GB/T 528 450 Shore Hardness, 3s, HD GB/T 2411 35 Density, g/cm³ GB/T 533 1.138 Melt Flow Rate, g/10min (220℃, 2.16kg) GB-3682 21.04 Processing Requirements TPEE must be pre-dried prior to processing to ensure the resin remains dry during processing. When the temperature exceeds the melting point, moisture in the
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High Elasticity TPU Elastomer TPEE Material 45D Shore Hardness Abrasion Resistance
Thermoplastic Polyurethane Elastomer TPEE 45D High impact resistance and stable performance, easy processing thermoplastic polyurethane elastomer. Technical Specifications Test Items Test Method 45D Tensile Strength, 25℃, MPa GB/T 528 16.2 Elongation at Break, 25℃, % GB/T 528 453 Shore Hardness, 3s, HD GB/T 2411 45 Density, g/cm³ GB/T 533 1.147 Melt Flow Rate, g/10min (220℃, 2.16kg) GB-3682 12.9 Processing Guidelines TPEE must be pre-dried prior to processing to ensure the
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32D Hardness Thermoplastic Polyurethane Elastomer TPEE Material Impact Resistance
Thermoplastic Polyurethane Elastomer (TPEE) High impact resistance, stable performance, and easy processing characteristics make TPEE an ideal material for demanding industrial applications. Technical Specifications Test Items Test Method 32D Tensile Strength, 25℃, MPa GB/T 528 8.4 Elongation at Break, 25℃, % GB/T 528 544 Shore Hardness, 3s, HD GB/T 2411 32 Density, g/cm³ GB/T 533 1.108 Melt Flow Rate, g/10min (220℃, 2.16kg) GB-3682 42.9 Processing Guidelines TPEE must be pre
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40D Thermoplastic Polyurethane Elastomer TPU Pellets For Electronic Industry
Thermoplastic Polyurethane Elastomer TPEE 40D Product Overview TPEE 40D offers high impact resistance, stable performance, and easy processing capabilities, making it an ideal material for demanding industrial applications. Processing Requirements TPEE must be pre-dried prior to processing to ensure the resin remains dry during manufacturing operations. Critical Note: When temperature exceeds the melting point, moisture in the resin causes hydrolysis, resulting in degraded
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55D Thermoplastic Polyurethane Elastomer TPEE Granules for Automotive Components
Thermoplastic Polyurethane Elastomer TPEE 55D Material Processing Requirements TPEE must be pre-dried prior to processing to ensure the resin remains dry during manufacturing operations. When the temperature exceeds the melting point, moisture in the resin will cause hydrolysis, resulting in degraded physical properties and increased brittleness. Generally, hydrolysis will not occur when the moisture content is below 0.1%. Therefore, materials exposed to air must be re-dried
