Car electronics powered by nanotubes | New cars – New materials

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Electronic components for cars must meet strict requirements in terms of ESD-safety, durability and elasticity. Graphene nanotubes enable a full range of electrical conductivity and double the mechanical performance of existing conductive solutions!
This episode in the “New cars – New materials” series demonstrates a distinct set of properties that nanotubes impart to silicone coatings for electronics, transparent conductive films for touch screen protection, and non-visible connections in sensors and electrodes for cars.

The solutions and answers you will find in this video:
• What advantages do TUBALL graphene nanotubes bring to electronic components of cars?
• Graphene nanotubes for automotive electronics made of conductive elastomers: overcoming the drawbacks of previous solutions
• How TUBALL can improve the mechanical and conductive properties of elastomers?
• How to achieve permanent and stable surface resistivity of 10^9 Ω/sq and low hardness for anti-static RTV silicone parts using TUBALL™ MATRIX 601
• How to achieve anti-static properties while maintaining a low hardness for RTV silicones
• Stable ESD properties and an anti-dust effect can be achieved with a surface resistivity of 10^5–10^8 Ω/sq for elastomer coatings from colored silicone, latex, and a liquid coating on textile or other surfaces
• 0.5% TUBALL vs 70% silver-coated copper as a conductive filler in silicone materials to reach resistivity less 10 Ohm*cm
• A permanent surface resistivity as low as 10^7 Ω/sq is the advantage of TUBALL technology compared to existing solutions based on anti-static polymer

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If you would like to use graphene nanotubes, here are the simple steps to start working with OCSiAl:
• Contact your local representative
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• Discuss your needs
• Choose the most relevant nanotube-based product
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