Elastomeric EMI-Shielding Pellets with 95A Hardness
TPU 95A EMI is an elastomeric thermoplastic compound that combines electromagnetic interference (EMI) shielding with the flexibility and resilience of thermoplastic polyurethane. Reinforced with uniformly dispersed discrete carbon nanotubes (dCNTs), it provides effective EMI attenuation while maintaining the elasticity, durability, and high elongation characteristic of TPU.
TPU 95A EMI
Benefits
Reliable Electrical Performance
Provides electromagnetic interference shielding through a well-distributed conductive dCNT network.
High Flexibility
Maintains the elasticity and resilience expected of thermoplastic polyurethane.
Uniform dCNT Dispersion
Eliminates carbon nanotube agglomeration to support consistent electrical performance.
High Elongation
Supports repeated bending and deformation while maintaining mechanical performance.
Why dCNTs
Traditional conductive additives often agglomerate within polymer matrices, resulting in inconsistent electrical performance and reduced material properties. dCNT technology uniformly disperses discrete functionalized carbon nanotubes throughout the polymer, providing consistent electrical performance while preserving the mechanical and thermal properties of the base material.
Conventional Conductive Compound
- Variable shielding performance
- Difficult to disperse uniformly
- Reduced elastomer flexibility
- Lower elongation
TPU 95A EMI
- Consistent conductive network
- Uniform dCNT dispersion
- Preserves elastomeric performance
- High elongation retained
Ideal Applications
- Electronic enclosures
- EMI gaskets
- EMI seals
- Cable management components
- Protective covers
- Flexible electronic components
