axrial heat

Description

Function
- Next-generation Carbon Nanotube (CNT) fiber-based material, processable into fabrics, films, or wires.
- Provides dual functions of high-performance heating and efficient heat dissipation.
Usage
- Smart Fashion: Integrated heating elements for smart clothing and wearable devices.
- Healthcare: Medical heating therapy devices and personal warming gear.
- Home & Leisure: Advanced heating components for massage chairs and interior materials.
Main Features
- Exceptional Thermal Conductivity: Features over 300% higher thermal conductivity than Nichrome wire, enabling precise temperature control and maximum energy efficiency.
- High Durability & Flexibility: Superior fatigue resistance minimizes material damage from repeated bending or folding, ensuring long-term stability and easy integration with conventional textiles.
- Ultra-Lightweight: Weighs only 20% of copper, significantly enhancing user comfort and the portability of smart devices.
Technical Specifications
- Core Material: Carbon Nanotube (CNT).
- Forms: Fabric, Film, Wire.
- HS Code: 8516.80 (Electric resistance heating resistors).
- Heat Resistance: Up to 500°C (thermal decomposition temperature in general atmosphere).

Function
- A high-performance hybrid composite material featuring continuous copper plating on Carbon Nanotube (CNT) fibers.
- Provides a next-generation wiring solution by combining high electrical conductivity with ultra-lightweight properties.
Usage
- Mobility: Lightweight electric wires, windings, and wire harnesses for Electric Vehicles (EVs).
- Aerospace: High-efficiency wiring for Drones and Urban Air Mobility (UAM) systems.
- Industrial: Applications requiring high tensile strength and flexibility in high-vibration environments.
Main Features
- Breakthrough Weight Reduction: Maintains copper-level electrical conductivity while significantly reducing weight to only 20% of copper.
- High Conductivity: Delivers an electrical conductivity of 50 MS/m, comparable to traditional copper conductors.
- Superior Mechanical Properties: Features high tensile strength (1.0–5.0 N/tex) and excellent flexibility, ensuring stability in environments with frequent vibration or movement.
- Optimized for Future Mobility: A key material that contributes to extending the range and improving the overall energy efficiency of aircraft and electric vehicles.
Technical Specifications
- Core Material: Carbon Nanotube (CNT) fibers with continuous copper plating.
- Electrical Conductivity: 50 MS/m.
- Tensile Strength: 1.0 – 5.0 N/tex.
- HS Code: 8544.49.

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