Silica Needled Thermal Insulation & Lagging - Premium Grade
Extreme High Temperature, Heat, Fire & Flame Resistant
Extreme High Temperature, Heat, Fire & Flame Resistant
InSilMax™ XT InsulBatt™ High Temperature needled silica insulation (lagging) is fabricated from high quality Silica that will not burn and will withstand continuous exposure to temperatures of 2000°F / 1093°C with excursions to 2300°F / 1260°C.
This material resists most acids and alkalis and is unaffected by most bleaches and solvents. It is highly flexible and conformable.
Available in 1/8", 1/4", 1/2" and 1" thickness.
Applications for these products include thermal insulation and/or protection of equipment such as piping, valves, engine components, turbine casings, as well as affording personnel protection from high temperature plant equipment.
This material resists most acids and alkalis and is unaffected by most bleaches and solvents. It is highly flexible and conformable.
Available in 1/8", 1/4", 1/2" and 1" thickness.
Applications for these products include thermal insulation and/or protection of equipment such as piping, valves, engine components, turbine casings, as well as affording personnel protection from high temperature plant equipment.
InsulBattä High-Temperature
Needled Silica Insulation
Needled Silica Insulation
Part Number IM-INSI
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For 1" material tested to ASTM C177 (test density 9.98 lbs/ft2):
92C/198F Apparent Thermal Conductivity is 0.0448 (SI) or .310 (British)
Thermal Resistance is 0.482 (SI) or 2.73 (British)
203C/397F Apparent Thermal Conductivity is 0.0589 (SI) or .408 (British)
Thermal Resistance is 0.366 (SI) or 2.08 (British)
316C/600F Apparent Thermal Conductivity is 0.0764 (SI) or .530 (British)
Thermal Resistance is 0.282 (SI) or 1.60 (British)
537C/999F Apparent Thermal Conductivity is 0.1235 (SI) or .856 (British)
Thermal Resistance is 0.175 (SI) or 0.99 (British)
649C/1200F Apparent Thermal Conductivity is 0.1558 (SI) or 1.080 (British)
Thermal Resistance is 0.138 (SI) or 0.79 (British)
Apparent Thermal Conductivity is W/m-K (SI) or Btu-in/hr-F-ft2 (British)
Thermal Resistance is m2-K/W (SI) or hr-F-ft2Btu (British)
92C/198F Apparent Thermal Conductivity is 0.0448 (SI) or .310 (British)
Thermal Resistance is 0.482 (SI) or 2.73 (British)
203C/397F Apparent Thermal Conductivity is 0.0589 (SI) or .408 (British)
Thermal Resistance is 0.366 (SI) or 2.08 (British)
316C/600F Apparent Thermal Conductivity is 0.0764 (SI) or .530 (British)
Thermal Resistance is 0.282 (SI) or 1.60 (British)
537C/999F Apparent Thermal Conductivity is 0.1235 (SI) or .856 (British)
Thermal Resistance is 0.175 (SI) or 0.99 (British)
649C/1200F Apparent Thermal Conductivity is 0.1558 (SI) or 1.080 (British)
Thermal Resistance is 0.138 (SI) or 0.79 (British)
Apparent Thermal Conductivity is W/m-K (SI) or Btu-in/hr-F-ft2 (British)
Thermal Resistance is m2-K/W (SI) or hr-F-ft2Btu (British)
03/18
