Ceramic fiber is well known for its heat-defying capabilities. Most commonly recognized by its use in a kiln or furnace, the properties of ceramic fiber can withstand temperatures over 2000ºF. Here at Armil CFS, or expertise and history in ceramic fiber innovation is extensive. We have been proudly serving high temperature industrial process markets across North America for over 50 years.
Understanding Ceramic Fiber
Ceramic Fiber is made from a high-purity aluminosilicate material, created using a special high-heat process that turns a very pure material into fine, white, odor-free fibers. These fibers are great for jobs that involve high heat because they’re light weight, require minimal thermal conductivity, lay stable under high temperature, are incredibly strong, retain low heat, resist thermal shock, and consist of fireproof and flame-resistant qualities. Additionally, it is resistant to chemicals, making it compatible with most corrosive substances.
These fine, white fibers can then be processed to form a multitude of applications— a ceramic fiber blanket, cloth, paper, rope, or ceramic fiber board. They are also formed to be used in protective scenarios like wrapping, covers, and pads. Because these fibers can be crafted into various ways, ceramic fiber insulation is used in many industries.
Aerospace
In the aerospace industry, ceramic fiber is used for insulation in aircraft and spacecraft. It helps protect critical components from extreme heat generated during flight and re-entry into the Earth’s atmosphere. It’s also used in the insulation of space shuttles and rockets to protect them from the immense heat generated during launch.
Automotive
In the automotive sector, ceramic fiber is utilized for thermal insulation in high-performance engines. It helps in managing and reducing the heat in exhaust systems, increasing the efficiency and performance of vehicles. It’s also used in brake linings for high-temperature resistance.
Petrochemical
In the petrochemical industry, ceramic fiber serves as an excellent insulator for high-temperature pipes and equipment. It is used to line reactors and furnaces, providing thermal insulation that helps in maintaining consistent temperatures and protecting equipment from heat stress and corrosion.
Manufacturing
In manufacturing, especially in the production of metal, glass, and ceramics, ceramic fiber is used for furnace linings, kiln insulation, and as a component in fireproofing materials. It helps in energy conservation by reducing heat loss and improving the efficiency of heating processes. Its thermal shock resistance is particularly valuable in applications involving rapid temperature changes.
Armil CFS’s Ceramic Fiber Technology
At Armil CFS, we deliver a broad selection of services designed for various high-temperature processing tools, including furnaces, kilns, incinerators, and box furnaces. Ceramic fiber is a material we are exceptionally familiar with. We are a stocking distributor and fabricator for Unifrax Fiberfrax® ceramic fiber products, producing high quality products like blankets, boards, papers, modules, textiles, coatings, and bulk for things like ceramic fiber insulation.
Armil CFS’s focus on innovation means that the development of new ceramic fiber products and applications are a consistent goal on our horizon. We are looking to improve the already outstanding material of ceramic fiber to keep up with the continuously evolving technology in our daily lives. The latest advancements with heat resistance, lower thermal conductivity, and thermal shock resistance have been continually applied to our ceramic fiber products.
Future Trends and Predictions
Within the spectrum of automobiles, a big trend we see the public turning to is electric cars. Ceramic fiber technology will have to adapt to the new ways high heat is used and heavy machinery are built within vehicles.
As different industries seek greener solutions that help the environment rather than hurt it, products like ceramic fiber are poised to evolve alongside this change. Its inherent properties already align with sustainable practices. However, considering the environmental impacts of air travel, overseas goods transportation, and the expansion of factories and large buildings, there’s potential for ceramic fiber to be further refined and adapted to support a more eco-conscious lifestyle.
Our Promise To Keep Up
It’s important to us that we match and celebrate ceramic fiber innovations here at Armil CFS. Our promise and dedication to serving our customers’ high-temperature needs means using the best technology and practice available. Contact us today, and let us help you with any of your high temperature needs.