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Thermal Ceramics FireMaster® 607® 44387900000000 Blanket, 1 in Thick, 24 in W, 300 in L, 8 pcf Density, Thermal Ceramic

Thermal Ceramics FireMaster® 607® 44387900000000 Blanket, 1 in Thick, 24 in W, 300 in L, 8 pcf Density, Thermal Ceramic
  • Manufacturer: Morgan Advanced Materials
  • Brand: Thermal Ceramics
  • Item ID: 7PWXTCFM6078300X24X1F
  • MPN: 44387900000000
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FireMaster 607 blanket is a flexible high-temperature insulating fiber blanket made using thermal ceramics patented low biopersistent fiber Superwool 607 chemistry. FireMaster 607 blanket is monitored by Underwriters Laboratories follow-up service providing reassurance that materials supplied to job sites meet the same exacting standards as those supplied for critical fire testing. FireMaster 607 blanket is tested and listed by UL, factory mutual and other third party labs for hydrocarbon fire (ASTM E1529) and cellulous fire (ASTM E119) exposure in various applications including protection of plastic pipe, structural steel, cable trays, firestop systems, storage tanks, motor operated valves and other similar life safety applications.

Thermal Ceramics Blanket, 1 in Thickness, 24 in W, 300 in L, 8 pcf Density, Thermal Conductivity: 0.39 to 1.73 Btu-in/hr-sq-ft-deg F, Thermal Ceramic, White, 2372 deg F Melting Point

Additional Information      :      2372 deg F Melting Point
Color      :      White
Density      :      8 pcf
Length      :      300 in
Material      :      Thermal Ceramic
Thermal Conductivity      :      0.39 to 1.73 Btu-in/hr-sq-ft-deg F
Thickness      :      1 in
Width      :      24 in
  • Flexible and strong blanket well-suited for wrapping, folding and packing
  • Body soluble and fully exonerated per EU directive 97/69/EC
  • Zero flame spread rating per ASTM E84
  • Zero smoke developed rating per ASTM E84
  • Completely inorganic and does not contribute fuel to fires
  • No toxic fumes or off-gassing during fire event
  • Tested to jet fire exposures for up to 2 hr
  • Tested to hydrocarbon fire exposures for up to 3 hr
  • Tested to cellulous fire exposure for 4 hr
  • Good acoustical benefits
  • Good low temperature thermal insulation
  • pdfSpecification Sheet https://assets.unilogcorp.com/267/ITEM/DOC/Thermal_Ceramics_44387900000000_Specification_Sheet.pdf

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