Send Inquiry

Call us

08045479967

Get a Quote

Signature High Temperature Insulation Material

Send Inquiry

Request To Call Back

Signature High Temperature Insulation Material

Price 1675.0 INR/ Meter

Get a Price/Quote

Signature High Temperature Insulation Material Specification

GSM
1700

Temperature
1860 Celsius (oC)

Density
700 Kilogram per cubic meter (kg/m3)

Coating Type
No Coated

Glass Type

Thermal Conductivity
1.3 Watt/Meter/K (w/(m.k)

Thickness
1.4 Millimeter (mm)

Usage & Applications
Protects against welding sparks and high temperatures

Shape
Flat

Usage
heat resistance

Material
Signature High Temperature Insulation Material

Size
1 x 50

Application
High Temperature Insulation

Product Type
High Silica Fabric

Technique
Thermal insulation fabrication

Weight
1700 GSM (gm/2)

Surface Treatment
No surface treatment; raw fiber material

Color
Golden

Dimension (L*W*H)
Customizable dimensions as required Centimeter (cm)

Length
50 Meter (m)

Width
1 Meter (m)

Signature High Temperature Insulation Material Trade Information

Minimum Order Quantity
30 Meter

FOB Port
Ahmedabad

Payment Terms
Telegraphic Transfer (T/T), Letter of Credit (L/C), Paypal, Cash Advance (CA), Cash in Advance (CID)

Supply Ability
1000 Per Day

Delivery Time
2 Days

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
As Per Your Requirment

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

Main Domestic Market
All India

Certifications
IS11871

About Signature High Temperature Insulation Material

High Silica Fabric Extreme Heat & Flame Resistance

High Silica Fabric is a premium-grade, specialized material engineered from inorganic fiberglass fabric with an exceptionally high SiO content (over 96% after calcification). Developed through advanced acid treatment and calcination processes, it offers a higher softening point, superior density, and outstanding resistance to extreme heat and flames.

With its 8H & 12H satin weave construction, High Silica Fabric combines flexibility, durability, and stability in both physical and chemical properties, making it highly reliable for industrial applications.

Specifications

Thickness: 0.8 mm & 1.4 mm
Weight: 900 GSM & 1200 GSM
Width: 1000 mm (standard)
Length: 50-meter rolls
Color: Distinctive golden finish
Non-Asbestos & 100% itch-free

Key Features

Withstands extremely high temperatures
Excellent flame retardancy & thermal stability
Resistant to thermal shock
Durable, flexible, and safe (100% non-asbestos, 100% itch-free)

Applications
Ideal for industries requiring advanced thermal protection, including:

Heat insulation and protective barriers
Furnace and kiln linings
Welding, metalworking, and foundry protection
High-temperature sealing and gasketing

Silicon Coated High Silica Fabric Enhanced Performance

For superior performance, High Silica Fabric is also available with a silicon coating, significantly improving resistance to smoke, water, dust, oil, and chemicals. This coating makes it more versatile for insulation and protective applications under demanding conditions.

Key Benefits of Silicon Coating

Superior protection against harsh environments
Effective heat-spread prevention in insulation pads
Available in single-side or double-side coated variations
Increased durability and extended service life

The Silicon Coated High Silica Fabric is a top choice for industries that demand long-lasting, high-quality, and reliable heat-resistant materials.

Exceptional Thermal Protection

Designed to withstand temperatures up to 1860C, Signature High Temperature Insulation Material excels where conventional solutions falter. Its superior density and raw fiber composition make it highly effective for protecting equipment and personnel from intense heat and welding sparks.

Versatile Industrial Applications

This insulation material finds use in industries demanding high thermal resistance including foundries, metal fabrication, and welding facilities. Its customizable dimensions and form allow seamless integration into diverse processes, making it a preferred choice among manufacturers and suppliers.

FAQs of Signature High Temperature Insulation Material:

Q: How does Signature High Temperature Insulation Material provide effective protection against heat?

A: With a density of 700 kg/m3 and low thermal conductivity of 1.3 W/(m.k), this material limits heat transfer, ensuring optimal insulation even under extreme temperatures up to 1860C.

Q: What are the primary applications for this insulation material?

A: It is mainly used in industrial settings for heat resistance, particularly to protect against welding sparks, prevent heat loss, and shield equipment or surfaces exposed to high temperatures.

Q: When should this insulation material be chosen over coated alternatives?

A: Choose this raw, uncoated material when you require direct fiber contact for maximum heat insulation, especially in environments where coatings might degrade or impede performance at elevated temperatures.

Q: Where can I order Signature High Temperature Insulation Material in India?

A: This product is available through a wide range of dealers, distributors, importers, exporters, and wholesalers throughout India, offering both standard and customized size options.

Q: What is the process for installing this insulation material?

A: Installation involves cutting the flat, raw fiber sheets to required dimensions and applying them to surfaces that need thermal protection, ensuring coverage and secure placement for sustained insulation.

Q: How is the materials thickness and GSM advantageous?

A: The 1.4 mm thickness and 1700 GSM provide enhanced density, offering robust resistance against heat transfer and mechanical wear in demanding industrial contexts.

Q: What benefits does this high temperature insulation material offer over traditional products?

A: It delivers higher thermal resistance, longevity under extreme conditions, and flexible sizing. Its raw fiber composition maximizes protective performance where coated or chemically treated materials may not suffice.