Fabric: High Temperature, Heat - Flame - Weld Splatter Resistant and Thermal Insulating
High-Temperature Silicone Rubber Coated Fiberglass Fabrics
500°F / 260°C continuous rating with weld splatter / molten metal splash protection
·  Silicone rubber coated fiberglass fabrics are used to protect hydraulic hoses, lines, wiring and cables from heat, flame, molten metal splash, slag, welding splatter grinding sparks, contamination, ozone, UV and abrasion. Fabricated from a fiberglass base fabric plus the added protection of a layer of high-temperature silicone rubber. High Temperature and Heat Resistant.
High Temperature Heat Fire and Flame Resistant Silicone Rubber Coated Fireblanket Molten Splash Shield
Very High Temperature Fiberglass Fabrics
1000°F / 537°C continuous rating, high insulation value & excellent personnel protection
·  Very high temperature fiberglass fabrics & needled fiberglass insulation is used to drape, shield and insulate various industrial, commercial, marine and aerospace components such as valves, actuators, hydraulic cylinders, electronic enclosures, air handling ducts, engine exhaust and muffler systems.  Various weights and finishes are available.
Very High Temperature Heat Fire and Flame Resistant Fiberglass Fibreglass Fireblanket Welding blanket curtain
Fiberglass Fabrics
Very High Temperature Vermiculite Coated Fiberglass Fabrics
1500°F / 815°C continuous rating, high insulation value and excellent personnel protection
·  Very High Temperature fiberglass base fabric is impregnated with vermiculite dispersant, resulting in a product with higher continuous temperature capability and added abrasion resistance.
Very High Temperature Heat Fire and Flame Resistant Vermiculite Coated Fiberglass Fibreglass Fireblanket Fabric
Vermiculite Coated Fabric
Extreme High-Temperature Silica Protection Fabrics
Silica protection products with 2300°F / 1260°C continuous rating
· Generally, Silica high-temperature products can be used to 2000°F / 1093°C continuously, and 2300°F / 1260°C for extended periods without degradation. It melts above 3000°F / 1648°C.
·  Silica cloth fabric is available in 0.030, 0.054 and 0.090" thickness.  Self-adhesive coating is available.
Extreme Temperature and Heat Protection and Fire Flame Resistant Silica Fabric
Silica Fabrics

Extreme +Plus High-Temperature Ceramic Fabrics
Ceramic protection products with 2300°F / 1260°C continuous rating
·  Made from a combination of SiO2 and AL2O3 fibers.
·  Same applications and uses as the Silica materials, but rated to higher continuous exposure.
·  An excellent replacement for asbestos materials.
·  Melts above 3000°F / 1648°C. 
Extreme Temperature and Heat Protection and Fire Flame Resistant Ceramic Fiber Fibre Fabric
Ceramic Fibre Fabric
High-Temperature PTFE Coated Fabrics
Fiberglass based materials with PTFE offers high temperature resistance and exceptional chemical resistance
·  550°F / 287°C continuous use in harsh chemical environments.
High Temperature and Heat Protection and Fire Flame Resistant Teflon PTFE Coated Fiberglass Fibreglass Fabric
PTFE Coated Fabric
High-Temperature Radiant Heat Reflective Aluminum Coated Fiberglass Fabrics
Fiberglass based with aluminized coating reflects over 95% of the radiant heat striking its surface.
·  Available as a fabric, which can be fabricated into sleeves, covers, etc.
High Temperature Radiant Heat Reflective Aluminized Fiberglass Fibreglass Fabric
Aluminized Heat
Reflective Fabric

"Tacky Cloth" Gasket Fabric
550°F / 287°F continuous rating
·  "Tacky Cloth" is a fiberglass base with a special white rubber formulation that remains tacky.
·   Faced with a protective film that is removed before installation.
·   A wire inserted version has a twisted brass wire formed with the fill yarns, providing additional strength.
·   A dusted version is available (prevents self-sticking) and a red & black version.
Tuff-Flex High Temperature Tacky Cloth fabric
"Tacky Cloth" gasket Fabric
Wire Inserted HHP31 Non-Asbestos Replacement Fabric - Certification Available
1000°F / 537°C continuous rating meeting HHP-31-TY1; NSN 5330-00-027-2535 , NSN 5330-00-268-9882
·   Meets HHP-31 F TY1.  Certification available.
·   The base fabric is strengthened with an interwoven stainless steel wire which accounts for 10% of the fabric's weight.
·   Each yarn is composed of 3 fiberglass filaments, interwoven with 2 wires, each 304 stainless steel (.0045" diameter), all twisted together.
98oz/yd2
coated one side
34oz/yd2
coated two sides
18oz/yd2
coated two sides

Silicone Rubber Coated Fiberglass
Fabric & Fireblanket

HHP31 Fabric
Wire Inserted Fiberglass-Aramid (Kevlar) Fabric
Fiberglass and Aramid (kevlar) based with wire inserted.
·  Wire inserted fabric provides dimensional stability
    and extra strength.
·  Fiberglass runs one direction, Aramid runs the other.
    Stainless steel wires interwoven with both yarns
·  Can be fabricated into curtains, blankets, sleeves,
    covers, etc.
·  Can be coated with silicone rubber for use on
    expansion joints and as a bellows.
Fiberglass with Neoprene coating for Weld Splatter Resistance
Good weld splatter resistance at a lower cost than silicone rubber coated or silica
·  Can be used to fabricate curtains, blankets and shields. 
·  Can be fabricated into sleeves, and jackets.
Weld Splatter Resistant Neoprene Coated Fiberglass Fabric
High Temperature Radiant Heat Reflective Stainless Steel Foil Coated Fiberglass Fabric
Reflects Radiant Heat and excellent weld splatter resistance
·  Can be used to fabricate curtains, blankets and shields. 
·  Can be fabricated into sleeves, and jackets.
Heat Reflecting Stainless Steel Foil Coated Fiberglass Fabric
Heat Reflecting Stainless Steel Foil Coated Fiberglass Fabric
Materials that resist catching fire, burn slowly, or retard burning can be described as either "incombustible", "non-flammable", "non-combustible", "fire-resistant" or "fire-retardant".  "Self-extinguishing" materials cease burning once the flame or heat source is removed.  "Fireproof" is understood to mean that an object cannot burn, but few materials are truly fireproof. 

Most of our products fall within one or more of the above descriptions: they resist high temperature, flame, fire, molten metal splash and weld splatter very well but may melt with prolonged exposures past their designed maximum continuous operating temperature.  They can also provide OSHA, ANSI-FM & NFPA compliance and personnel protection.

Using our products to retain heat or cold within pipes, hoses, enclosures or equipment helps conserve energy and resources, and reduces operating costs.
AB Technology Group: Keeping Our World Cooler
ä.  All products are non-asbestos and 100% asbestos free
These fabrics feature WeaveHoldä technology to reduce fraying.