Anhui Parker New Material Co.,Ltd
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insulation blanket manufacturer
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Aluminized Kevlar Aramid Fabric

Heat Reflective Fire Blanket made from Aluminized Kevlar® Aramid Fabric is designed for high-temperature protection applications where both thermal shielding and mechanical durability are required. The fabric is constructed from heavy-grade para-aramid fibers combined with an advanced aluminized surface treatment that reflects radiant heat while maintaining flexibility and structural strength.

This aluminized aramid fabric provides effective protection against radiant and convective heat sources, making it suitable for fire blankets, welding protection, industrial heat shields, and personal protective equipment used in demanding thermal environments.
  • item no.:

    ARF-AL
  • order(moq):

    50m each size
  • Payment:

    CIF, FOB, EXW
  • product origin:

    CHINA
  • Color:

    Silver
  • shipping port:

    Shanghai, Ningbo
Product Detail

Aluminized Kevlar® Aramid Fabric for High-Temperature and Mechanical Protection


Product Overview

Aluminized Kevlar® aramid fabric is a high-performance protective material designed for applications that require simultaneous thermal shielding, mechanical strength, and long-term durability. Constructed from para-aramid fibers and treated with a specialized aluminized surface, this fabric reflects radiant and convective heat while maintaining excellent flexibility and structural integrity.

The material is particularly suitable for applications where the fabric itself must act as a protective and load-supporting layer under elevated temperature conditions, such as cable assemblies, hose protection, and industrial equipment covers exposed to intense heat sources.


Material & Construction

The base fabric is woven from para-aramid fibers, which are inherently flame resistant and known for their high tensile strength, resistance to abrasion, cutting, and vibration. A thin, uniform aluminum coating is applied to the surface to enhance heat reflection and environmental resistance.

Unlike conventional aluminum foil laminates, the aluminized layer is engineered to resist cracking during bending and repeated movement. This design significantly improves durability and service life in dynamic applications.

Key construction features include:

  • Para-aramid woven fabric with high mechanical strength

  • Aluminized surface for radiant and convective heat reflection

  • Flexible fabric structure with excellent drapability

  • Permanent flame-resistant properties that do not degrade over time


Thermal and Mechanical Performance

Aluminized Kevlar® aramid fabric provides balanced performance in environments where high temperatures and mechanical stress coexist.

  • Designed for continuous operation in elevated temperature environments

  • Capable of withstanding short-term high-temperature peaks

  • Aluminized surface reduces heat transfer from radiant and convective sources

  • Excellent resistance to abrasion, cutting, vibration, and repeated movement cycles

In addition, the aluminized surface helps protect the underlying aramid fibers from UV exposure and environmental aging.


Typical Applications

This aluminized aramid fabric is widely used in demanding industrial environments, including:

  • Welding robot and automation equipment covers

  • Metal foundries and high-temperature processing areas

  • Hose, pipe, and cable protective jackets

  • Thermal shields and industrial curtains

  • Personal protective equipment (PPE) such as gloves, aprons, and neck protection

These applications often involve direct exposure to radiant heat, sparks, hot surfaces, and mechanical wear.


Technical Specifications

Item Description
Base material Para-aramid (Kevlar® type)
Surface treatment Aluminized heat-reflective coating
Fabric thickness Customized upon request
Areal weight Customized upon request
Standard width Customized upon request
Continuous temperature resistance Suitable for elevated temperature service
Peak temperature resistance Suitable for short-term high-heat exposure
Flame resistance Inherent and permanent
Flexibility Flexible and drapable
Mechanical resistance High resistance to abrasion, cutting, and traction
Dimensional stability Does not shrink under heat exposure

Installation & Handling

  • Fabric can be cut to size using standard cutting tools with minimal fraying

  • Suitable for wrapping, sewing, or fabrication into protective covers

  • Maintains flexibility and integrity during repeated movement and vibration

Correct installation and appropriate material selection help ensure consistent thermal protection and long service life.


Limitations

  • Not intended for direct contact with molten metal without additional protection

  • Not designed as a pressure-containing material

  • Final performance depends on correct selection based on heat intensity, exposure duration, and mechanical conditions

For extreme environments, multilayer protection systems may be recommended.


RFQ Information

To provide accurate technical support and quotation, please include the following details in your inquiry:

  • Application description and operating environment

  • Continuous and peak temperature exposure

  • Required fabric dimensions and quantity

  • Mechanical exposure (abrasion, vibration, cutting risk)

  • Installation or fabrication method

Fabric thickness, areal weight, and other specifications can be customized according to specific mechanical and thermal performance requirements.


Use Recommendation

Aluminized Kevlar® aramid fabric is recommended for high-temperature industrial applications requiring a combination of heat reflection, mechanical durability, and long-term reliability, particularly in environments involving radiant heat and mechanical stress.


Technical Documentation

Technical Overview – Aluminized Kevlar® Aramid Fabric (PDF)
This Technical Overview provides engineering-level information on material construction, thermal performance, mechanical properties, application conditions, and RFQ requirements for aluminized Kevlar® aramid fabric used in high-temperature heat reflective protection.

Related product page:

Download Technical Overview (PDF)


Specifications

DATASHEET
Part Number Yarn Density(10mm) style Thickness Width Length weight
Wrap Fill mm cm m g/sqm
ARF-AL-9101 1100dtex 7 7 Plain 0.2 100 100 154
ARF-AL-9102  1100dtex  8 8 Plain 0.22 100 100 178
ARF-AL-9103  1100dtex 9 9 Plain 0.25 100 100 200
ARF-AL-S9103  1210dtex 7.5 7.5 Plain 0.25 100 100 200
ARF-AL-9104  1670dtex 5.5 5.5 Plain 0.23 100 100 185
ARF-AL-9105  1670dtex 6 6 Plain 0.24 100 100 200
ARF-AL-9106  1670dtex  7 7 Plain 0.26 100 100 235
ARF-AL-S9106  1670dtex  5.5 5.5 Plain 0.24 100 100 200
ARF-AL-9107  2200dtex  6 6 Plain 0.29 100 50/100 265
ARF-AL-9108  2200dtex  6.8 6.8 Plain 0.35 100 50/100 300
ARF-AL-9109  3360dtex  4.5 4.5 Plain 0.35 100 50/100 305
ARF-AL-9110  3360dtex  6.1 6.1 Plain 0.51 100 50/100 410
ARF-AL-9111  3360dtex  6.8 6.8 Plain 0.56 100 50/100 460
ARF-AL-S9111  3360dtex  6 6 Plain 0.54 100 50/100 450
ARF-AL-9201  1100dtex  8 8 Twill 0.22 100 100 178
ARF-AL-9202  1100dtex  9 9 Twill 0.25 100 100 200
ARF-AL-S9202A  1210dtex  10 10 Twill 0.34 100 100 270
ARF-AL-S9202A   1210dtex 13 13 Twill 0.44 100 100 350
ARF-AL-9203  1670dtex  6 6 Twill 0.24 100 100 200
ARF-AL-9204  1670dtex  7 7 Twill 0.26 100 100 235
ARF-AL-S9204  1670dtex  11.5 11.5 Twill 0.51 100 50/100 410
ARF-AL-9205  2200dtex  6 6 Twill 0.29 100 50/100 265
ARF-AL-9206  2200dtex  6.8 6.8 Twill 0.35 100 50/100 300
ARF-AL-9207  3360dtex  6.1 6.1 Twill 0.51 100 50/100 410
ARF-AL-9208  3360dtex  6.8 6.8 Twill 0.56 100 50/100 460
ARF-AL-S9208  3360dtex  8 8 Twill 0.7 100 50/100 600


Technical Datasheet
Material Aramid, aluminum
Working temperature -196 - +204
Flammability VW-1
Melting point +537
Standard Color Yellow
MOQ 100 meter each size
Cutting tool Scissors

Notes:
Special thickness upon request
Special length or packing upon request.


Img
The aluminized surface reflects radiant heat while protecting the underlying para-aramid fibers in high-temperature environments.Aluminized aramid fabric surface for radiant heat reflectionAluminized aramid fabric surface for radiant heat reflection

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