Carbon Nanotubes Highly Conductive Films, Thickness: 10-20 µm, Dia: 120-130 mm

1 piece: 245€
5 pieces: 980€
10 pieces: 1580€

Carbon Nanotubes Highly Conductive Films, Thickness: 10-20 µm, Dia: 120-130 mm

Description

Carbon nanotubes (CNTs) high-conductivity films are advanced materials made of networks of carbon nanotubes, cylindrical molecules whose walls are composed of one-atom-thick layers of carbon. These films utilize the unique electrical, thermal and mechanical properties of carbon nanotubes, making them highly conductive and flexible.

The structure of carbon nanotubes allows electrons to flow with minimal scattering, resulting in superior electrical conductivity compared to conventional films. CNT films effectively conduct heat, making them suitable for thermal management applications in electronic devices. Despite their light weight, these films show remarkable strength and durability with high tensile strength and flexibility. When produced in thin layers, these films can be highly transparent, which is beneficial for applications that require conductive coatings without blocking light, such as touch screens and flexible displays. Furthermore, Carbon nanotubes are chemically inert, making these films resistant to corrosion and degradation in harsh environments.

Technical Properties

Applications

• Electronics:
• Energy Storage
• Solar Cells
• Thermal Management
• Sensors, etc.