TPE Pellets Thermoplastic Elastomer Overmolding Material Industrial Grade
Product Details
| Environmental Feature:: | Non Toxic Low Odor | Emperature Tolerance:: | Wide High Low Temperature Range |
|---|---|---|---|
| Processing Method:: | Injection Overmolding | ||
| Highlight |
Static Control TPE Pellets,Thermoplastic Elastomer Overmolding Material |
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Product Description
Offering static control and enhanced functional elastomer performance for various industrial applications.
| Test Item | Test Method | TPEHSZB70A301 Overmolding Material |
|---|---|---|
| Tensile Strength at 25℃, MPa | GB/T 528 | 11.7 |
| Elongation at Break at 25℃, % | GB/T 528 | 1005 |
| Shore Hardness, 3s, HA | GB/T 2411 | 70 |
| Density, g/cm³ | GB/T 533 | 1.179 |
| Melt Flow Rate, g/10min (190℃, 2.16kg) | GB/T 3682 | 1.49 |
| Melt Flow Rate, g/10min (190℃, 5kg) | GB/T 3682 | 10.2 |
This series offers a wide range of grades from general-purpose to special-functional types to meet application requirements across various industries.
- Excellent elasticity and softness: Comfortable touch, good resilience, and wide selectable hardness range
- Easy and efficient processing: Simplifies production processes, shortens cycle time, improves productivity, and reduces manufacturing costs
- Superior weather and chemical resistance: Excellent high and low temperature performance with wide service temperature range; good resistance to aging, ozone, and common chemical reagents
- Outstanding colorability: Various bright and permanent colors can be formulated without painting, reducing costs and VOC emissions
- Good sealing and shock absorption: Provides reliable anti-slip, shock absorption and sealing effects
- Eco-friendly and non-toxic: Odor level meets Grade 3 or lower requirements
- Strong adhesion to various materials: Selected grades can achieve overmolding with rigid plastics such as PP, ABS, PC and PA during injection molding
TPE is mainly processed using standard thermoplastic processing equipment, such as injection molding machines and extruders.
The core process can be summarized as: drying → heating and plasticizing → molding → cooling.
Before processing, it is recommended to dry the material at 70-80°C for 2-4 hours to avoid adverse effects on mechanical properties.
If dried material cannot be used immediately, it should be properly sealed to prevent moisture reabsorption.
Main processing methods for TPE include injection molding and extrusion molding.
- Before processing TPE of different colors or grades, thoroughly clean the barrel of the injection molding machine or extruder
- PP or HDPE is recommended as purging material
- During processing, ensure good ventilation in the working area
- Operators shall wear appropriate protective equipment
Packaging: 25 kg per bag, paper-plastic composite bag with PE film inner lining.
Storage: Store in a cool, dry and ventilated warehouse, away from direct sunlight and moisture.
- Automotive industry: Weather strips, mudguards, dust covers, interior parts, floor mats, gearbox cushions
- Consumer goods & tools: Power tools, soft-coated handles for household appliances, watch straps, shoe materials, grips for sports equipment
- Packaging materials: Breathing masks, seals, inner gaskets for bottle caps, food container gaskets
- Industry & construction: Sealing strips, shock pads, coated hardware tools, water pipe gaskets
- Wires & cables: Used as insulation and sheathing for halogen-free flame-retardant cable compounds, providing flexibility, environmental friendliness and safety
Product Highlights
Thermoplastic Elastomer TPE 70A301 Overmolding Material Offering static control and enhanced functional elastomer performance for various industrial applications. Technical Specifications Test Item Test Method TPEHSZB70A301 Overmolding Material Tensile Strength at 25℃, MPa GB/T 528 11.7 Elongation ...
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TPE Pellets Thermoplastic Elastomer Overmolding Material Industrial Grade
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