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Ceramic Fiber Board

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MOQ : 500 Pieces

Ceramic Fiber Board Specification

Usage & Applications
Industrial Furnace, Petrochemical Industries, Foundries, Power Generation

Chemical Composition
Al2O3-SiO2 (Alumino-Silicate)

Form
Solid Board

Surface Finish
Smooth, Rigid Surface

Water Absorption
<2%

Melting Point
1260C 1425C

Density
350 Gram per cubic centimeter(g/cm3)

Purity(%)
98%

Hardness (%)
Up to 60%

Application
Insulation, Furnace Lining, Kiln Lining, High-Temperature Gasket

Product Type
Refractories

Types of Refractories
Ceramic Fiber Board

Shape
Rectangular / Square Board

Porosity
High

Dimensional Stability
Excellent at high temperatures

Strength
Good compressive & flexural strength

Specific Gravity
2.7 3.0

Thermal Conductivity
Low (0.085 0.225 W/mK)

Color
White

Maximum Service Temperature
1425C

Working Temperature
Up to 1260C continuous

Sizes Available
1000 mm 500 mm, Custom sizes on request

Thermal Shock Resistance
Excellent

Thickness Available
10 mm 100 mm

Fire Resistance
Non-combustible, Class A

Binder
Organic and inorganic (low smoke emission)

Moisture Content
<1%

Cold Crushing Strength
0.5 1.0 MPa

Shot Content
Low

Ceramic Fiber Board Trade Information

Minimum Order Quantity
500 Pieces

FOB Port
Mundra

Payment Terms
Letter of Credit (L/C), Telegraphic Transfer (T/T), Delivery Point (DP), Western Union, Days after Acceptance (DA)

Supply Ability
5000 Pieces Per Month

Delivery Time
7-12 Days

Sample Available
Yes

Sample Policy
Free samples are available

Main Export Market(s)
Australia, North America, South America, Eastern Europe, Western Europe, Middle East, Africa, Central America, Asia

About Ceramic Fiber Board

Ceramic Fiber Board

Ceramicfiber boards are produced by wet forming process of ceramic fiber and binders.These boards are self-supporting with excellent stability at high temperatures,having high resistance to thermal shock, chemical attack and maintain stabilityat high temperatures. It can be used in refractory construction, furnacebuilding, steel ladles and glass melting furnace.

Ceramicfiber boards are featured with high temperature stability, low thermalconductivity, consistent density, and excellent resistance against thermalshock and chemical attack. It also resists oxidation and reduction. They areavailable in a variety of temperature ratings, densities, thicknesses, widthsand lengths, and custom vacuum formed shapes. It has many advantages likeexcellent insulating performance, good thermal stability, low heat storage andresistance to thermal shock.

Exceptional Thermal Performance

The ceramic fiber board delivers outstanding insulation, withstanding continuous service at temperatures up to 1260C and peak exposure up to 1425C. Its low thermal conductivity ensures efficient energy savings, while the high purity alumino-silicate composition guarantees minimal thermal expansion, making it ideal for industrial environments requiring reliable heat management.

Versatile Applications in Industry

Designed for a variety of high-temperature environments, the ceramic fiber board suits furnace linings, kiln construction, high-temperature gaskets, and insulating components in petrochemical, foundry, and power generation settings. Its adaptability is further enhanced by the availability of custom sizes and thicknesses to meet specific project requirements.

Enhanced Safety and Durability

Fire-resistant and non-combustible, rated Class A, this board assures safety in extreme heat conditions. The use of organic and inorganic binders results in low smoke emissions during application, while its robust compressive and flexural strength guarantee durability and dimensional stability under stress.

FAQ's of Ceramic Fiber Board:

Q: How is ceramic fiber board used in industrial applications?

A: Ceramic fiber board is primarily utilized for insulation in furnaces, kilns, and as high-temperature gaskets. Its high thermal resistance, non-combustibility, and dimensional stability at elevated temperatures make it suitable for environments requiring reliable and long-lasting thermal management.

Q: What benefits does ceramic fiber board offer over other insulation materials?

A: This board provides excellent thermal shock resistance, low thermal conductivity, high purity, and a smooth, rigid surface. It achieves superior energy efficiency, enhanced safety due to low smoke emission and non-combustibility, and maintains structural integrity across a wide temperature range.

Q: When should custom sizes or thicknesses of ceramic fiber board be requested?

A: Custom sizes and thicknesses should be requested for installations requiring specific dimensions that differ from the standard 1000 mm 500 mm board or when the required insulation thickness falls outside the available 10 mm - 100 mm range, ensuring an optimal fit and performance for unique applications.

Q: Where is ceramic fiber board most commonly installed?

A: It is most commonly installed in industrial furnaces, kiln linings, petrochemical equipment, foundries, and power generation facilities where high-temperature conditions demand advanced thermal insulation and fire-resistant properties.

Q: What is the process for installing ceramic fiber boards?

A: Installation involves cutting the rigid boards to required dimensions, fixing them onto the surfaces using suitable adhesives or mechanical fasteners, and sealing joints to prevent heat leakage. Guidance from supplier or manufacturer ensures optimal performance and safety.

Q: How does low shot content impact the ceramic fiber board's performance?

A: Low shot content enhances thermal insulation efficiency, improves surface smoothness, and minimizes irregularities, resulting in superior dimensional stability and reduced risk of thermal degradation during operation.

Q: What distinguishes ceramic fiber boards manufactured in India?

A: Indian manufacturers, exporters, and suppliers emphasize high purity compositions, strict quality control, and offer customizable solutions to meet global industry standards. Their boards combine excellent physical and thermal properties for reliable performance in high-temperature applications.

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