High Temp Refractory Ceramic Fiber Insulation Material Manufacturer

Refractory Ceramic Fiber Products List

Polycrystalline Bulk Fiber 1600°C

Through a complex spinning process, loose cotton with ceramic fiber is turned into polycrystalline bulk fiber, which has a high temperature, a lightweight composition, a low thermal capacity, and exceptional resistance to erosion, thermal shock, and sound absorption.

Polycrystalline Fiber Blanket 1600°C

Made from needled polycrystalline fibers for increased durability, the NR-3000 PCF Blanket is a high temperature insulation solution that performs exceptionally well at very high temperatures.

Polycrystalline Fiber Boards

Usually created by a wet forming process with PCW fiber bulk and binders, polycrystalline wool (PCW) fiber board is a high-temperature insulating material intended for applications needing superior stability and high temperature resistance.

Ceramic Fiber Blanket

Available in a range of chemistries, thicknesses, densities, and temperature ratings, high-temperature fiber needled blankets are designed to maximize thermal process performance, boost energy efficiency, and increase fire safety features.

Ceramic Fiber Board

Strong, stiff, and self-supporting, vacuum-formed refractory ceramic fiber boards have exceptional resistance to high speeds, vibrations, erosive forces, and mechanical stresses.

Ceramic Fiber Textiles

A variety of robust ceramic fiber materials made for a range of high-temperature applications are available from NR Textiles. In addition to woven cloth and tape goods that are frequently used for wrapping or as curtains, our textiles product line includes ropes and braids that are appropriate for a variety of high-temperature gasketing, packaging, and sealing applications.

Ceramic Fiber Paper

Made from alumina-silica fibers, ceramic fiber paper is a lightweight, flexible refractory material with exceptional thermal and flame resistance that is intended for high-temperature insulating applications.

Key Properties of Ceramic fiber insulation

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Temperature Resistance: Withstands up to 1260°C (2300°F) for standard grades, and 1430°C (2600°F) for high-purity versions.

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Low Thermal Conductivity: Reduces heat transfer efficiently.

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Lightweight: Significantly lighter than traditional refractory materials.

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Flexible & Easy to Install: Can be cut, shaped, and fitted into complex spaces.

How Ceramic Fiber Insulation Improves Energy Efficiency

Ceramic fiber insulation minimizes heat loss, leading to significant energy savings in high-temperature processes.

Reduces Heat Loss: Maintains consistent temperatures in industrial equipment.
Lowers Fuel Consumption: Improves furnace efficiency by reducing heat escape.
Fast Thermal Recovery: Heats up and cools down quickly, saving operational time.

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