Ceramic Fiber Insulation Board (2300F) (1/2"X24"X24") Thermal Insulation

Description

VIEW OUR OTHER ITEMS HERE:
https://www.ebay.com/str/hightemperaturematerials
What is Ceramic Fiber Board?
Ceramic Fiber boards provide a rigid solution for ceramic fiber insulation. The boards are manufactured through a wet forming process using alumina-silica fibers and binders. Standard board grades are standard, high purity, and zirconia. Boards are available in a variety of temperature ratings, dimensions, and custom vacuum formed shapes. If you are looking for a board not listed or a custom fabrication, please contact us directly.
Low Density Vs. High Density
Low density boards are slightly better insulators, but they are not as durable and heavy as high density. Our office always recommends high density when drilling, machining, or rigidizing ceramic fiber boards.
APPLICATIONS
Insulating support to brick and castable.
Furnace hot face lining.
Industrial heat process equipment insulation.
High temperature gasket and seals.
Flue & chimney linings in furnaces or kilns.
Molten metal trough covers.
Expansion joints.
Industrial heat shields and thermal barriers.
Industrial combustion chamber construction.
Infra red element supports.
Board over blanket hot face lining.
Full thickness refractory lining.
High temperature boiler wall insulation.
Pouring forms for castable.
Refractory lining for industrial furnace walls, roofs, doors, and stacks
Well suited for applications experiencing vibration, mechanical stress, and strong erosive forces.
Combustion chamber liners, boilers and heaters.
Back-up insulation for brick and monolithic refractories.
Transfer of molten aluminum and other non-ferrous metals.
Barrier against flame or heat.
Hot face layer for high velocity or abrasive furnace atmosphere.
BENEFITS
High temperature stability.
Excellent strength and hardness.
Low thermal conductivity, sound transmission, and heat storage.
Uniform density and excellent resistance to thermal shock and chemical attack.
Excellent rigidity and modulus of rupture make the boards strong and self-supporting, yet relatively lightweight and easy to cut or machine.
Resistant to oxidation and reduction.
Permits fast thermal cycling without cracking or spalling.
Resists penetration by molten aluminum and other non-ferrous metals.