About Reflective Heat Shield With Adhesive Back
Reflective Heat Shield With Adhesive Back
Metallized polyester foil laminated fiberglass fabric is constructed from a high temperature base filament fiberglass fabric which is then coated with highly reflective polished aluminum foil. The aluminum foil coating melts at 1220degree F / 660degree C, however it does take some time for the aluminum foil to absorb enough heat to melt, thereby it can withstand short exposure to the higher temperatures. The basic fiberglass fabric is 1000degree F/537degree C, while adhesive will burn-off or vaporize at temperatures above 300degree F/148degree C.
PSA(pressure sensitive adhesive) in back side
It is with a self-adhesive backing The adhesive is water adhesive based, and will burn-off or vaporize at temperatures above 300degree F/148degree C. If prolonged use of the self-adhesive fabric above 300degree F/148degree C is desired, then alternate securing methods such as fasteners, wire or clamps should be used. Personnel should avoid inhaling fumes from the PSA.
Properties:
- One side coated Metallized polyester foil. Protection from intense radiant heat
- Reflects more than 95% of the radiant heat that contacts its surface
- Excellent radiant heat protection from sources such as super-hot metal slabs, proximity to liquid metal, infrared heaters, open flame / plasma or engine exhaust manifolds is a concern
Applications:
- Serve as a welding defender, heat protection quilt, foundry splash protection
- Conveyor belt and expansion joint
- Chemical corrosion resistance, packing material
- Used for aerospace, marine, chemical industrial, power plant, automotive, construction, pipling flexibility and sealing industry.
We have a SuperTemp adhesive can work at temperature 280degree C continuously.
Superior Thermal Protection for Demanding EnvironmentsThis heat shield offers highly effective heat resistance, making it suitable for welding, foundry, and industrial applications. Its metallized polyester foil reflects radiant heat, while the fiberglass core withstands high temperatures. The adhesive backing streamlines installation on conveyor belts, expansion joints, or as a flexible piping and sealing solution across various sectors.
Durable Construction with Enhanced Chemical ResistanceDesigned to endure aggressive environments, this heat shield combines robust materials with chemical resistance. The metallized foil surface ensures corrosion protection, extending the product's service life in challenging settings like power plants and the chemical industry. Its flexibility allows for easy adaptation to complex surfaces and machinery.
Versatile Sizing and User-Friendly ApplicationOffered in multiple lengths and widths, this shield accommodates both large-scale and custom industrial uses. The simple peel-and-stick application process saves on labor costs and ensures precise placement, making it an ideal choice for distributors, exporters, and manufacturers looking to enhance operational safety and efficiency.
FAQ's of Reflective Heat Shield With Adhesive Back:
Q: How is the reflective heat shield installed?
A: The heat shield features a self-adhesive backing, which allows for quick installation by simply peeling off the protective layer and pressing the shield onto the desired clean surface. This eliminates the need for separate adhesives or mechanical fasteners.
Q: What environments or industries can benefit from this heat shield?
A: It is suitable for use in aerospace, marine, chemical, power plant, automotive, construction, piping flexibility, and sealing industries. Its robust design makes it ideal for protecting against weld spatter, foundry splashes, heat, and chemical exposure.
Q: When should I consider using this heat shield in my operations?
A: Consider using this product during processes involving high-temperature equipment, welding activities, or where thermal and chemical protection are required. It is also effective as packing material and to enhance conveyor belt or expansion joint durability.
Q: Where can this product be applied for optimal performance?
A: Apply the heat shield to surfaces exposed to heat sources, such as around furnaces, on conveyor belts, or at expansion joints in piping. It's also effective when used on machinery or areas requiring insulation and splash protection.
Q: What is the process for removing the shield if replacement is needed?
A: To remove the shield, gently peel it away from the application surface. For best results, start at one end and pull back slowly. Any residual adhesive can typically be cleaned with appropriate industrial solvents.
Q: How does the metallized polyester foil enhance heat and chemical resistance?
A: The metallized polyester foil reflects radiant heat and forms a barrier against corrosive chemicals, protecting the fiberglass base and underlying surfaces. This dual protection extends operational lifespan in harsh environments.
Q: What benefits does this heat shield offer over traditional insulation materials?
A: It provides excellent thermal insulation, chemical resistance, and easy application without tools. The adhesive back and flexible structure enable custom fitting, and the metallic surface facilitates maintenance and cleaning.
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