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Kwaliteit 32D Hardness Thermoplastic Polyurethane Elastomer TPEE Material Impact Resistance Fabriek
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Kwaliteit 32D Hardness Thermoplastic Polyurethane Elastomer TPEE Material Impact Resistance Fabriek
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32D Hardness Thermoplastic Polyurethane Elastomer TPEE Material Impact Resistance

Merknaam: HAISO
Modelnummer: TPEE 32D
Plaats van herkomst: Hubei, China
Labels

tpu-elastomeer

TPU-materiaal

TPEEE-materiaal

Productdetails

Technische specificatie: 32D Shore-hardheid TPEE Fysieke eigendom: Ultraflexibele TPEE-hars
Milieufunctie: Slagvastheid bij lage temperaturen Proces &amp; Vorm: Spuitgieten van TPEE-korrels
Materiaalsoort: Thermoplastisch polyurethaan (TPU) Productnaam: thermoplastisch polyurethaan elastomeer
Markeren

32D Hardness Thermoplastic Polyurethane Elastomer

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32D Hardness TPEE Material

Productbeschrijving

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-dried prior to processing to ensure the resin remains dry during processing. When the temperature exceeds the melting point, moisture in the resin will cause hydrolysis, resulting in degraded physical properties and increased brittleness.
Drying Requirements: Generally, hydrolysis will not occur when the moisture content is below 0.1%. Materials exposed to air must be re-dried before use (recommended conditions: drying at 80℃ for 3-4 hours, or at 60℃ overnight).
Processing Methods: TPEE exhibits excellent processability and can be easily formed into various products via plastic processing methods such as injection molding, extrusion, and blow molding. The recommended processing temperature ranges from 180℃ to 260℃, with the specific temperature depending on the process and grade.
Storage & Packaging
TPEE is hygroscopic and must be stored in a cool, dry place in sealed packaging. Any unused material after opening should be tightly resealed. Drying prior to processing is a critical step to ensure finished product quality; insufficient or no drying will result in a significant decline in mechanical properties.
Packaging: 25 kg per bag, packed in paper-plastic composite bags with polyethylene film inner lining.
Specification: Normally uniform granules; granules of different colors and sizes can be supplied according to customer requirements.
Application Areas
  • Rail Transit: Used in under-rail pads for light rail, high-speed rail, subway, and heavy-haul railway. Features appropriate dynamic-static ratio and excellent resilience.
  • Automotive Components: Widely applied in engine intake pipes, drive shaft boots, airbag housings, automotive fuel vapor hoses, fuel tanks, air brake hoses, etc. Offers outstanding chemical resistance and weatherability for superior performance and longer service life.
  • Electrical & Electronic: Used in fiber-optic cables, communication wiring equipment, antennas, etc. Exhibits excellent heat resistance, elasticity, creep resistance and electrical insulation.
  • Industrial Products: Applied in hydraulic hoses, inflation tubes, gears, manipulators, couplings, seals, gaskets, shock absorbers, and various industrial components.

Producthoogtepunten

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 ...

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