Industrial Pre-Insulated Piping System

Supplier : Kubhera Insulation

Key Features of Industrial Pre-Insulated Piping System
  • Fibreglass jacketed, polyurethane foam insulated piping system
  • Used for above and below ground distribution of liquids on a temperature ranging from -320° F to 250° F
  • Equipped with a multi-directional filament winding process that produces a high strength fibreglass reinforced polyester resin jacket over the insulation for maximum protection from the environment
  • Outer diameter size of 48inches
  • Used for electrical heat tracing
  • Void-free insulation
  • Thermal efficiency
  • Optimum performance of cryogenic and heat thermal distribution systems
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Product Profile of Industrial Pre-Insulated Piping System
Industrial Pre-Insulated Piping System is a fibreglass jacketed, polyurethane foam insulated piping system and is used for above and below ground distribution of liquids on a temperature ranging from -320° F to 250° F. The Piping System is equipped with a multi-directional filament winding process that produces a high strength fibreglass reinforced polyester resin jacket over the insulation for maximum protection from the environment. The Piping System comes with an outer diameter size of 48inches and can be used for electrical heat tracing. Industrial Pre-Insulated Piping System assures void-free insulation with maximum thermal efficiency to provide optimum performance of cryogenic and heat thermal distribution systems.

Key Features of Industrial Pre-Insulated Piping System
  • Fibreglass jacketed, polyurethane foam insulated piping system
  • Used for above and below ground distribution of liquids on a temperature ranging from -320° F to 250° F
  • Equipped with a multi-directional filament winding process that produces a high strength fibreglass reinforced polyester resin jacket over the insulation for maximum protection from the environment
  • Outer diameter size of 48inches
  • Used for electrical heat tracing
  • Void-free insulation
  • Thermal efficiency
  • Optimum performance of cryogenic and heat thermal distribution systems