TPU-3000-12/24 Specifications and Industrial Applications Analysis
This high-performance thermoplastic polyurethane variant demonstrates 73 Shore D hardness with 20% glass fiber reinforcement, achieving tensile strength exceeding 40MPa. The TPU-3000 series exhibits
TPU-3000-12/24 Specifications and Industrial Applications Analysis
Material Profile and Technical Parameters
This high-performance thermoplastic polyurethane variant demonstrates 73 Shore D hardness with 20% glass fiber reinforcement, achieving tensile strength exceeding 40MPa. The TPU-3000 series exhibits:
- Impact resistance over 65kJ/m² at -30℃
- Melt flow index (MFI) of 18g/10min (220℃/10kg)
- Thermal deformation temperature of 85℃ (1.8MPa)
Dual Processing Compatibility
Why settle for single processing methods when you can have both? The "-12/24" designation indicates dual compatibility with:
- Injection molding (Barrel temperature: 190-210℃)
- Extrusion processing (Screw L/D ratio ≥24:1)
Cross-Industry Implementation Cases
Automotive Shock Absorber Components
In Dongguan automotive parts manufacturing trials, TPU-3000-12 demonstrated 200,000+ fatigue cycles without visible deformation. Compared to traditional rubber:
- Vibration damping efficiency improved 18%
- Service life extended 2.3x
Industrial Robotics End-Effectors
A Shenzhen automation equipment manufacturer reported 37% energy savings using TPU-3000-24 for robotic grippers. The material's dynamic response characteristics enable:
- 0.08mm positioning repeat accuracy
- 3ms deformation recovery speed
Technical Comparison Table
| Property | TPU-3000-12 | TPU-3000-24 | Competitor A |
|---|---|---|---|
| Flexural Modulus | 850MPa | 920MPa | 720MPa |
| Mold Shrinkage | 0.8-1.2% | 0.6-1.0% | 1.5-2.0% |
Surface Treatment Compatibility
The material's low surface energy (34mN/m) enables direct bonding with:
- UV-curable coatings (adhesion ≥4B)
- Plasma-treated metal surfaces (peel strength 8N/cm)
Implementation Considerations
When implementing TPU-3000 series in production environments:
- Maintain drying temperature at 80-90℃ for 3-4 hours
- Use screw compression ratios between 2.8:1-3.2:1
- Optimize mold temperature at 30-50℃ for dimensional stability
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