About 0.43mm Aluminium Mylar laminated fiberglass fabric
Aluminium Mylar laminated fiberglass fabric is more durable than aluminium foil laminated fiberglass fabric, popularly used to make fire suits, gloves, etc. which ask for flexibility in stitching and folding without broken.Constructed from a high temperature base filament/texturized fiberglass fabric which is then coated with highly reflective polished aluminum. 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
(SuperTemp adhesive resist 280degree C continuously is available by request).Properties:One side coated with Aluminum foil/mylar film. Protection from intense radiant heatReflects more than 95% of the radiant heat that contacts its surfaceExcellent 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 concernApplications:Serve as a welding defender, heat protection quilt, foundry splash protectionConveyor belt and expansion jointChemical corrosion resistance, packing materialUsed for aerospace, marine, chemical industrial, power plant, automotive, construction, pipling flexibility and sealing industry.PSA(pressure sensitive adhesive) AvailableThis fabric is also available 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.We have a SuperTemp adhesive can work at temperature 280degree C continuously.Advanced Lamination TechnologyThe fabric uses a cutting-edge process that combines high-temperature resistant fiberglass with a polished aluminum Mylar coating on one side. This approach results in a flexible, durable textile capable of withstanding extreme heat, making it perfect for protective clothing and industrial applications needing both strength and pliability.
Versatility and Broad ApplicationsEngineered for multiple industries, the fabric supports uses in aerospace, marine, chemical, automotive, construction, and sealing sectors. Its adaptability in both structure and size ensures manufacturers can create effective protection for fire suits, gloves, and flexible sealing solutions without compromising durability or performance.
FAQ's of 0.43mm Aluminium Mylar laminated fiberglass fabric:
Q: How is the 0.43mm Aluminium Mylar laminated fiberglass fabric constructed?
A: This fabric is produced by laminating one side of a high-temperature base filament or texturized fiberglass with a polished aluminum foil or Mylar film, which greatly increases its heat resistance and reflective properties.
Q: What benefits does the Mylar laminated fiberglass offer compared to standard fiberglass fabrics?
A: The laminated surface enhances thermal insulation, improves flame resistance, and provides superior flexibility for manufacturing protective gear such as fire suits and gloves, making it suitable for applications that require both strength and foldability.
Q: When should I consider using this fabric in my projects?
A: You should use this material when you require high heat resistance, flexibility in stitching and folding, and reliable insulation-particularly in environments such as aerospace, marine, chemical industries, power plants, and construction.
Q: Where is this laminated fiberglass fabric typically applied?
A: The fabric is commonly used in making fire suits, gloves, insulation covers, and flexible sealing materials across industries such as aerospace, automotive, marine, and chemical sectors, where heat and fire protection are critical.
Q: What is the process for applying the aluminium Mylar layer to the fiberglass fabric?
A: The process involves coating one side of the base fiberglass fabric with a polished aluminum foil or Mylar film, using a heat bonding or adhesive technology that ensures strong lamination without compromising the textile's flexibility or integrity.
Q: How should this fabric be used to maintain its flexibility and durability?
A: Cut and sew this fabric with care using suitable tools for fiberglass textiles; ensure folds and stitches do not overstress the laminated surface, maintaining the fabric's flexibility and preventing breakage even after repeated handling.
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