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Ensinger PEI
Thermal Ceramics Kaolite 2200 Insulation Castables
Categories: Ceramic; Oxide

Material Notes: Kaolite 2200 is designed for temperatures up to 2200°F (1204°C). It has excellent volume stability and good strength. This general-purpose, lightweight castable has low density, excellent resistance to thermal shock, and low thermal conductivity.

Features:

  • Light weight and low thermal conductivity reduce both the quantity of heat storage and heat transfer producing significant savings in furnace fuel consumption
  • Lower densities reduce the amount of supporting furnace steelwork required and provide more insulation with a thinner lining.
  • Applications:

  • Backup insulation in two component linings in petrochemical process units
  • Hot face lining in ductwork from waste heat recovery boilers and process unit
  • F.C.C.U. linings - regenerator.
  • Hydrogen or reducing atmosphere linings
  • Radiant section in steam flood generators.
  • Hydrogen or reducing atmosphere linings.
  • Steam flood generator convection sections and target walls
  • Cat cracker regenerator linings
  • Petrochemical applications
  • Information provided by Thermal Ceramics

    Data has not been recently verified. Please contact manufacturer for current information.

    Vendors:
    Available Properties
    • Density, Fired at 1500°F
    • Density, Fired at 2200°F
    • Modulus of Rupture, ASTM C133, Dried 18-24 hours at 220°F
    • Modulus of Rupture, ASTM C133
    • Modulus of Rupture, ASTM C133
    • Compressive Strength, Fired 5 hours at 1500°F
    • Compressive Strength, Fired 5 hours at 2200°F
    • Compressive Strength, Dried for 18-24 hours at 220°F
    • Thermal Conductivity, ASTM C417
    • Thermal Conductivity, ASTM C417
    • Thermal Conductivity, ASTM C417
    • Thermal Conductivity, ASTM C417
    • Maximum Service Temperature, Air
    • Shrinkage, ASTM C113
    • Shrinkage, ASTM C113
    • Shrinkage, ASTM C113, Dried 18-24 hours
    • Shelf Life
    • Al2O3
    • Alkalis
    • CaO
    • Fe2O3
    • MgO
    • SiO2
    • TiO2
      
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