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Thermally Conductive Plastic
Aerospace Applications
Every extra pound a plane weighs costs additional dollars to move it. It is not surprising that over the last couple of decades, plastic components have replaced other heavier materials like alumina in the aerospace and aviation industry. One of requirements of many components is high thermal conductivity and thermal stability. Saint-Gobain's CarboTherm™ Thermal Management fillers, with their combination of unique properties, are the ideal functional fillers in thermally conductive high performance and engineering plastics for a variety of aerospace applications such as sensor plates, attenuation tubes, pulleys, and more.
- High thermal conductivity imparts desirable properties
- Low density, light weight properties lower total cost of fillers
- High-lubricity, non-abrading properties reduce wear and tear of processing equipment
- Broad particle size distribution for standard as well as custom applications
- White, inert and environmentally safe functional fillers