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Able to withstand temperatures up to 1000° F, these seals have a fiberglass cover and core that resists most refrigerants, salts, and grease.
These seals have a strong Inconel core covered with woven silica yarn that’s been treated to withstand temperatures up to 2300° F. They resist most refrigerants, salts, and grease.
The PTFE coating on these fiberglass seals is slippery, so they are easier than the other seals to press fit into oven, furnace, and boiler doors. These seals resist steam, most refrigerants, salts, and grease. They can withstand temperatures up to 500° F.
A silicone-coated fiberglass cover sheds sparks and molten metal splash. These seals resist steam, most refrigerants, salts, and grease. They can withstand temperatures up to 450° F.
A ceramic cover makes these seals more chemical resistant than the seals with a silica cover. They resist acids (except hydrofluoric and phosphoric), diluted alkalies, most refrigerants, salts, and grease. Seals can withstand temperatures up to 1700° F.
A tighter braid makes these fiberglass seals more durable than High-Temperature Ultra-Conformable Rope Edge Seals.
These loosely knitted fiberglass seals are more flexible, compressible, and conformable than High-Temperature Rope Edge Seals.
The flat edges on these square-profile seals provide more sealing surface than round-profile seals. They’re made of 98% silica to resist temperatures up to 2300° F.
Made of 96% silica, these seals resist temperatures up to 1800° F.
Made from tightly woven calcium alumina silicate, these seals can handle temperatures from –300° to 1100° F.
Alumina silicate is loosely woven to create these ceramic seals that are stronger and more flexible than Ultra High- and Low-Temperature Rope Seals. They can handle temperatures from –300° to 2300° F.
Made of fiberglass, these seals are woven tighter than High-Temperature Ultra-Conformable Slotted Edge Seals for increased durability. They resist grease, oil, hydraulic fluid, and solvents and can withstand temperatures up to 1000° F.
These loosely-knitted fiberglass seals are more flexible and conformable than High-Temperature Slotted Edge Seals. They resist grease, oil, hydraulic fluid, and solvents and can withstand temperatures up to 1000° F.
These durable sheets resist compression and are often used in oven and power-generating applications.
Typically used in ovens and furnaces, these are the most efficient of our rigid high-temperature insulation sheets. Please note that they require special care when installing since the crumbly material is difficult to work with and will crack easily. Sheets lose strength over time and are intended to be installed behind another facing or insulation material.
Made of flexible composite paper, these sheets won't shrink or lose shape in the high temperatures of air furnaces and hot water tanks.
Made of high-strength calcium silicate, these durable sheets withstand high temperatures and are often used in power-generating applications.
The most common of our flexible high-temperature sheets, these are used to insulate furnaces.
Thinner than most rigid insulation for furnaces and other high-heat applications, these millboard sheets are also used for gasket fabrication.
These lightweight flexible fiberglass sheets are typically used to insulate equipment and appliances.
Commonly used in furnaces and engine compartments, these flexible silica fiber sheets resist corrosive acids.
Insulate high-vacuum furnaces and other low-oxygen vacuum enclosures with these flexible sheets.
Insulate high-vacuum furnaces and other low-oxygen vacuum enclosures with these rigid sheets. They withstand higher temperatures when used in a vacuum and can be machined through sawing or drilling.
Wet these rigid sheets and they become formable. They can be molded multiple times until exposed to heat, which causes them to become rigid again.
Designed for fluctuating, high-temperature applications, these semi-rigid sheets are typically used in furnaces and fire protection applications. They experience very little shrinkage at high temperatures, but the brittle material can be somewhat difficult to work with.
Even when subjected to heavy compression, these rigid polyimide sheets won't crack.