piwik image

.2" X 39" X 20" LAMDAFLEX SUPER MORGAN

Ceramic Fiber Board

  • Manufacturer: Morgan Advanced Materials
  • Brand: Thermal Ceramics
  • DI Part #: CFBDLFS0232T
  • Manufacturer Part #: 12525000000080

Thermal Ceramics WDS® Lambdaflex® Super Ceramic Fiber Board, Application: For Optimal Energy Efficiency and to Reduce Carbon Footprint, Compressive Strength: 134.8 psi, Density: 24.9 pcf, Insulation Thickness: 0.2 in, Length: 20 in, Material: Ceramic Fiber, Special Features: Flexible, Temperature Rating: 1832 deg F, Thermal Conductivity: 0.218 to 0.402 Btu-in/hr-sq-ft-deg F, Width: 39 in

Application   : For Optimal Energy Efficiency and to Reduce Carbon Footprint

Compressive Strength   : 134.8 psi

Density   : 24.9 pcf

Insulation Thickness   : 0.2 in

Item Name   : Ceramic Fiber Board

Length   : 20 in

Material   : Ceramic Fiber

Special Features   : Flexible

Sub Brand   : WDS Lambdaflex Super

Temperature Rating   : 1832 deg F

Thermal Conductivity   : 0.218 to 0.402 Btu-in/hr-sq-ft-deg F

Width   : 39 in

WDS LambdaFlex Super is an encapsulated flexible and compact microporous insulation sheet specifically designed for applications requiring resistance to compression, together with low shrinkage and very low thermal conductivity up to their classification temperature. Flexibility and water repellence are ensured by an outer encapsulation facing, constituted of a PE/Aluminum foil envelope which protects the microporous core. Like any other microporous insulation of our industrial range produced with our exclusive WDS technology process, this product features extremely good handling and cutting properties, low thermal conductivity coefficient giving it very good insulating properties in limited thickness allowing to design equipment where high energy efficiency and energy storage, space optimization and reduction of weight are premium factors to be considered.

  • Large variety of format and sizes
  • Excellent compressive strength
  • Very low thermal conductivity in a wide temperature spectrum
  • Not affected by thermal shock
  • Non-combustible
  • Excellent handling properties
  • Homogeneity throughout the entire surface and thickness of the blanket leading to consistency in performances per square area of material installed
  • Water repellent through encapsulation
  • Dimensionally stable over time upto the maximum using temperature
  • Helps to control energy efficiency and heat flow very precisely
  • Easy-to-cut and with proven installation techniques
  • Easy-to-install
  • Adapt well on curved surfaces
  • Increases effective volume inner capacity or reduces encumbrance in equipment of various kind
  • Environmentally friendly

Standards/Certifications: ASTM C165|ASTM C177|ASTM C365