What are the main characteristics of ceramic fibers for different applications?

Ceramic fibers are characterized by high temperature resistance, low thermal conductivity, high strength, and chemical stability. For thermal insulation applications, they are designed for low thermal conductivity to minimize heat transfer. In structural applications, high strength and modulus are crucial for load-bearing capabilities. For chemical processing, chemical stability is key to resist corrosion from harsh environments. Additionally, electrical insulation properties are important for applications requiring resistance to electrical currents, such as in electronics. Each application may also require specific properties like flexibility, abrasion resistance, or thermal shock resistance, which are tailored through the composition and manufacturing process of the ceramic fibers.