Rectangular Ceramic Fiber Board

Name: Rectangular Ceramic Fiber Board
Brand: ESS ESS CERATECH
Price: 750 INR
Availability: InStock

Price 750 INR/ Unit

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MOQ : 5 Units

Rectangular Ceramic Fiber Board Specification

Product Type
Ceramic Fiber Board

Material
Ceramic Fiber

Thickness
25,50,75 & 100 Millimeter (mm)

Application
THERMAL INSULATION

Color
Orange

Rectangular Ceramic Fiber Board Trade Information

Minimum Order Quantity
5 Units

Payment Terms
Cash Advance (CA)

Supply Ability
500 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

Rectangular Ceramic Fiber Board About

With our rich industry experience we are offering our clients utmost quality Rectangular Ceramic Fiber Board. This board has high temperature stability, low thermal conductivity, and resistance against thermal shock. Rectangular Ceramic Fiber Board is a vacuum formed product that resists higher gas velocities. This board generally works as laying furnace lining.

Material	Ceramic Fiber Board
Thickness	25,50,75 & 100 MM
Color	White
Shape	Rectangular
Size	1000x500MM
Max Withstanding Temperature	1260 Deg.&1425 Deg.
Function	Thermal Insulation
Weight	8 kg

AI Overview

A rectangular ceramic fiber board is a rigid, self-supporting refractory insulation product made from alumino-silicate fibers. Key specifications include temperature thresholds up to 1260C1425C, densities ranging from1, 300 to 380 kg/m, and high thermal shock resistance. [

Technical Specifications

Composition Material: Alumina-silica refractory ceramic fibers with safe organic/inorganic binders

Standard Shape & Dimensions: Rectangular panels, commonly sized at 1000 x 500 mm or 18 x 24 inches

Thickness Options: Available from 10 mm up to 100 mm (e.g., 25 mm, 50 mm)

Density Range: 300 to 380 kg/m (approx. 2024 lb/ft)

Maximum Withstanding Temperature: 1260C (2300F) standard up to 1425C (2600F) high-purity/zirconia grades

Exceptional Thermal Insulation

The ceramic fiber board's advanced structure imparts remarkable thermal resistance, making it a top-tier solution for insulation in high-temperature settings. Its design ensures reduced heat loss and improved energy conservation, suitable for industrial furnaces, kilns, and heating chambers.

Range of Thickness Options

Available in 25, 50, 75, and 100 mm thicknesses, these boards offer flexibility to match various insulation needs. Choosing the appropriate density and thickness enables tailored applications that maximize both performance and longevity in different operational conditions.

FAQ's of Rectangular Ceramic Fiber Board:

Q: How is the Rectangular Ceramic Fiber Board used in thermal insulation applications?

A: Rectangular Ceramic Fiber Boards are installed as lining materials within furnaces, kilns, and heat chambers. Their excellent thermal resistance helps contain and manage high temperatures, ensuring minimal heat transfer and enhanced energy efficiency in industrial environments.

Q: What are the benefits of choosing ceramic fiber boards over traditional insulation materials?

A: Ceramic fiber boards provide superior thermal efficiency, are lightweight, resistant to thermal shock, and non-combustible compared to traditional insulation materials. They maintain structural integrity at high temperatures and effectively reduce energy costs by minimizing heat loss.

Q: When should I opt for different thicknesses such as 25, 50, 75, or 100 mm?

A: The selection of thickness depends on the temperature range and insulation requirements of your application. Thicker boards (75 or 100 mm) are suited for higher heat environments, while thinner options (25 or 50 mm) can be used where moderate insulation is adequate.

Q: Where can these ceramic fiber boards be installed?

A: These boards can be installed in a variety of settings such as industrial furnaces, boiler linings, kiln walls and roofs, and other high-temperature insulation zones. Their durability makes them versatile for many industrial and commercial uses.

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

A: Installation involves measuring and cutting the boards to fit the designated area, then fixing them in place with refractory cements, mechanical anchors, or support frames depending on the temperature and vibration levels. Proper installation ensures optimal thermal insulation performance.

Q: How does the orange color of the board impact its functionality?

A: The distinctive orange color is primarily for identification and differentiation; it does not affect the board's insulation properties. The board's performance is determined by its ceramic fiber composition and structural design, not its color.

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