Extruded Batts With Interlock

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MOQ : 1 Number

Extruded Batts With Interlock Specification

Load Capacity
Designed for heavy duty lining applications

Pressure Ratings
Suitable for high pressure resistant lining

Operating Temperature
Up to 1260C

Automation Grade
Manual installation

Features
Lightweight, Low thermal conductivity, Interlock design minimizes gaps

Used For
Industrial heat insulation, Energy saving

Surface Treatment
Smooth surface finish

Material
Extruded ceramic fiber

Style
Interlock batts

Properties
High thermal insulation, Fire resistance

Capacity
Custom sizes available

Condition
New

Application
Thermal insulation, Furnace lining, Kiln insulation

Extruded Batts With Interlock Trade Information

Minimum Order Quantity
1 Number

FOB Port
As per location

Supply Ability
100 Per Month

Delivery Time
1 Months

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
Standard & Crate Packaging.

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

Main Domestic Market
All India

About Extruded Batts With Interlock

Extruded Batts With Interlock are designed with precise and similar holes that run the length of the cross section. These batts are designed employing advanced technology and high pressure vacuum extrusion to ensure the highest standard of evenness, flatness and dimensional accuracy. They are widely used in the manufacturing sectors of sanitary ware and glass panels. In addition, they are also used in the sectors of biscuits and firing of tableware.

Features of Extruded Batts With Interlock:

Can be used at high heat treatment processes
Extremely resistant to thermal shock cracking
Stable at high temperatures without degradation
Low density and high durability

Precision Interlocking for Seamless Insulation

Each batt features expertly engineered interlocking edges, ensuring tight joints and reducing heat loss through gaps. This design not only enhances temperature uniformity but also supports mechanical stability under high pressure. Perfect for upgrading furnaces, kilns, and industrial linings, these batts combine efficiency with ease of installation.

Robust Ceramic Fiber Construction

Manufactured with extruded ceramic fiber, these batts deliver outstanding thermal insulation, fire resistance, and chemical durability. The density of 2.22.4 g/cm allows them to withstand routine and heavy-duty industrial conditions. Their low moisture absorption and smooth surface add to their longevity and performance.

Versatile Sizing and Installation

Available in both standard and custom thicknesses, the batts cater to diverse industrial requirements. The dry-set, manual installation process means minimal downtime and flexibility for various lining configurations. They are an excellent choice for energy-saving insulation in high-temperature applications, ensuring operational efficiency.

FAQs of Extruded Batts With Interlock:

Q: How are the Extruded Batts With Interlock installed?

A: These batts feature a dry-set, manual installation process. The precision-machined, interlocking edges allow for secure placement, ensuring stability and minimizing gaps without the need for adhesives or complex fittings.

Q: What applications are ideal for these interlock batts?

A: They are perfectly suited for industrial furnace lining, kiln insulation, and general high-temperature heat insulation. Their durability and energy-saving properties make them a prime choice for any setting requiring robust, heavy-duty thermal insulation.

Q: When should I choose custom thickness or size options?

A: Opt for custom dimensions when specific lining requirements or unique furnace/kiln architectures demand precise fitting. Custom sizes ensure optimal insulation coverage and performance in specialized industrial applications.

Q: Where do these interlock batts provide the most benefit?

A: Their benefits stand out in industrial environments that require consistent temperature control, heavy-duty lining, and energy efficiencysuch as steel plants, ceramics kilns, and high-pressure processing chambers.

Q: What makes the interlock design advantageous over standard batts?

A: The interlock design tightly joins each batt, significantly reducing gaps that can cause heat escapes or thermal inconsistencies. This yields improved heat retention, uniform temperature distribution, and added structural stability.

Q: How does the material composition support high-performance insulation?

A: Constructed from extruded ceramic fiber with a density of 2.22.4 g/cm, these batts offer high thermal and fire resistance. Their chemical stability and low moisture absorption enhance long-term durability in harsh industrial atmospheres.

Q: What is the benefit of low thermal expansion and high chemical resistance?

A: Low thermal expansion minimizes warping or distortion at elevated temperatures, while high chemical resistance ensures longevity and structural integrity in aggressive kiln environments, promoting reliable insulation performance over time.

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