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PBT-TPEE Composite Material
  • PBT-TPEE Composite Material
  • PBT-TPEE Composite Material

PBT-TPEE Composite Material

The PBT (Polybutylene Terephthalate) and TPEE (Thermoplastic Polyester Elastomer) composite material combines the advantages of both materials, offering excellent mechanical properties, heat resistance, and flexibility.
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Features 

  • Excellent Mechanical Properties:

- PBT provides high rigidity, fatigue resistance, and dimensional stability.

- TPEE enhances elasticity and impact resistance.

  • Heat Resistance:

- PBT has a high heat distortion temperature, allowing the composite material to maintain stability under high temperatures.

- TPEE provides some flexibility, ensuring material extensibility even in high-temperature conditions.

  • Chemical Resistance:

- Highly resistant to oils, solvents, lubricants, and other chemicals, making it suitable for applications requiring long-term chemical exposure.

  • Superior Wear Resistance:

- TPEE enhances wear resistance, allowing the material to maintain performance even in high-friction environments.

  • Low Water Absorption & Excellent Dimensional Stability:

- Suitable for humid environments, as it does not degrade significantly due to moisture absorption.

  • Good Electrical Properties:

- Combines PBT’s insulation properties with TPEE’s durability, making it ideal for electronic and electrical applications.

 

Main Applications

  • Electronics & Electrical Components: Suitable for parts requiring high mechanical strength and electrical performance

e.g.: Connectors, terminal brackets, switch components, sensor housings, etc.

  • Automotive Industry: Offers heat resistance, oil resistance, and impact strength, making it ideal for automotive power systems and interior components

e.g.: Bumper brackets, damping components, fuel system parts, engine covers, hoses, etc.

  • Industrial Machinery: Suitable for power transmission components requiring high wear resistance and fatigue resistance

e.g.: Gears, bearings, seals, conveyor belts, etc.

  • Medical Equipment: Provides chemical resistance and flexibility, making it suitable for medical applications.

e.g.: Flexible catheters, surgical instrument handles, medical connectors, etc.

  • Consumer Electronics: Ensures excellent impact resistance and a comfortable feel

e.g.: Smartphone cases, laptop casings, wearable device components, etc.

 

Custom colors, adding radiopaque fillers and small-batch production are available.