Carbon Nanotube Wires, Diameter: 5-15 μm, Tensile Strength: 800-1000 MPa

1 meter: 494€
5 meters: 1780€

Carbon Nanotube Wires

Diameter: 5-15 μm, Tensile Strength: 800-1000 MPa

Carbon Nanotube (CNT) Wires represent a breakthrough in fiber technology, synthesized from high-density carbon nanotube networks to form a continuous, macroscopic wire. These wires possess a unique combination of extreme lightweight characteristics and high structural integrity, offering a significant advantage over traditional metallic conductors. The fibrous architecture allows for exceptional flexibility and resistance to fatigue, while the inherent molecular structure of carbon nanotubes provides a pathway for efficient electron transport. These wires are designed for high-performance environments where reducing mass is as critical as maintaining mechanical and electrical reliability. Their low density coupled with high tensile performance makes them a premier candidate for reinforcing advanced composites and creating next-generation ultra-light cabling systems.

Technical Properties

Applications

• Aerospace and Aviation: Used for ultra-lightweight wiring harnesses and data transmission cables to significantly reduce the overall mass of aircraft and satellites.
• Advanced Wearable Electronics: Integrated into smart textiles and wearable sensors due to their high flexibility and robust electrical conductivity.
• High-Strength Composites: Employed as a reinforcing agent in polymer matrices to create materials with superior tensile strength and multi-functional electrical properties.
• Electromagnetic Shielding (EMI): Applied in sensitive electronic environments to provide lightweight protection against electromagnetic interference.
• Micro-Sensing and Actuators: Utilized in the development of precision sensors and miniature motors where high conductivity and low weight are required.
• Energy Storage Systems: Used as a conductive additive or current collector in high-performance batteries and supercapacitors.