TECHNYL® PURE
Preventing Galvanic Corrosion & Ion Migration Ensuring Safety in E&E Components
In demanding applications such as electric, hybrid, and fuel cell vehicles, corrosion can be a serious safety issue when metal conductors contact certain plastics — potentially leading to short circuits, fire, or complete functional breakdown. This problem stems from additives in plastics, highlighting the critical importance of polyamide purity. TECHNYL® PURE high-purity polyamides are specifically designed to solve this problem, ensuring safety-critical functionality in electrical and electronic parts.
TECHNYL PURE offers high-purity compounds for overmolded sensitive electronics and fuel cell system applications.
Advantages of TECHNYL PURE
End-to-end purity control from raw material selection to finished packaging
Limited risk of galvanic corrosion and electromigration for long-term safety and reliability.
Excellent thermal aging resistance for high-temperature electrical environments.
Comparative Tracking Index ≥600V, significantly reducing tracking risk.
Low viscosity compounds perfectly match the processing needs for miniaturization.
Suitable for laser marking, meeting traceability and identification requirements.
Competitive cost-effectiveness while meeting high-purity requirements.
🔬 End-to-End Purity Control System
Ensuring the highest purity standards from raw materials to finished products
✅ Copper-free organic stabilizer · Typical halogen content < 50ppm · GMP manufacturing
Key Products & Performance
- Highest purity · Metal ion-free grade
- Fuel cell system compliant (ion-free)
- Prevents cation and metal ion migration
- Protects electrochemical reaction in fuel cell stack
- e-water pumps
- e-thermostat housings
- e-valves
- High-voltage connectors · Bus bars · Induction charging devices
- Sensors
- Electronic control units (ECU/TCU)
- Autonomous driving electronics
- Any sensitive E&E application where corrosion/passivation/dendrites could be a problem
📊 Performance Highlights
🔧 Key Applications
TECHNYL PURE was developed through close collaboration with OEM and tier customers to truly understand real-world requirements in E&E applications.
Advanced simulation helps optimize material selection and component performance during the design phase.
Full-cycle services from material selection to prototyping to application validation, accelerating time-to-market.