High Temperature, Heat & Chemical Resistant PTFE
Impregnated / Coated Fiberglass Fabric Cloth
550°F / 287°C Continuous Exposure: Higher Intermittent
This high temperature, heat resistant and chemical resistant PTFE impregnated/coated fiberglass fabric offers the advantage of a non-asbestos material with a higher temperature range and with excellent resistance to almost all solvents, caustics and acids.
The base fiberglass fabric is rated to 1000°F / 537°C, while the PTFE (Teflon® is a branded version of PTFE from DuPont) coating melting point is 620°F / 327°C.
The base fiber is manufactured to the specifications of ASTM D-578, ASTM committee D13, and subcommittee D13.18.
Available in 5 weights / thicknesses, in roll widths of 40" and 60", and in roll lengths of 50 yards
.
The PTFE is applied to the fabric through a proprietary process.
The result is a PTFE impregnation on the fabric which is soft, robust and flexible; however, it can be abrasively removed from the sleeve with aggressive fingernail scraping, resulting in a thinner and thinner layer of PTFE remaining with each pass. The PTFE also causes the yarns to be sealed and the small gaps between the yarns mostly filled.
This high temperature, heat resistant and chemical resistant PTFE impregnated/coated fiberglass fabric offers the advantage of a non-asbestos material with a higher temperature range and with excellent resistance to almost all solvents, caustics and acids.
The base fiberglass fabric is rated to 1000°F / 537°C, while the PTFE (Teflon® is a branded version of PTFE from DuPont) coating melting point is 620°F / 327°C.
The base fiber is manufactured to the specifications of ASTM D-578, ASTM committee D13, and subcommittee D13.18.
Available in 5 weights / thicknesses, in roll widths of 40" and 60", and in roll lengths of 50 yards
.
The PTFE is applied to the fabric through a proprietary process.
The result is a PTFE impregnation on the fabric which is soft, robust and flexible; however, it can be abrasively removed from the sleeve with aggressive fingernail scraping, resulting in a thinner and thinner layer of PTFE remaining with each pass. The PTFE also causes the yarns to be sealed and the small gaps between the yarns mostly filled.
High-Temperature
PTFE Coated
Fiberglass Fabric
PTFE Coated
Fiberglass Fabric
