Prestige Plastics

PRESTIGE PPRC PIPES

Prestige PPRC (Polypropylene Random Copolymer) pipes are highly regarded for their superior performance in plumbing and heating systems. These pipes offer excellent thermal and chemical resistance, making them ideal for applications that require safe and durable transport of hot and cold water. They are preferred in residential, commercial, and industrial installations due to their long service life and corrosion resistance.

Features

Resistant to temperatures from -20°c to 95°C

Applications

  • Hot/Cold water supply for residential, industrial, commercial, & public project
  • Heating systems including floor, wall, and radiator systems
  •  Drinking Water Transportation
  • Liquid food Transportation
  • Pharmaceuticals
  • Solar Water Heating systems/ plants
  •  Compressed air supply systems
  • Aggressive industrial fluid transportation
  • Water purification systems/plants
  • Corrosive Fluid Transport
  •  Sanitary Systems
  • Irrigation systems for green houses/gardens
  • Food and Beverage Industry
  • Air Conditioning systems

Why Use Prestige PPRC PIPES?

The core material used in Prestige PPRC pipes is Polypropylene Random Copolymer, which provides excellent flexibility and high impact strength. PPRCT, on the other hand, is formulated with enhanced temperature resistance, enabling the pipes to withstand higher operational temperatures, making them suitable for more demanding applications. Both PPRC and PPRCT pipes exhibit resistance to scaling, low thermal conductivity, and superior weld ability, ensuring a leak-proof, reliable system for various fluid transportation needs. Prestige PPRC pipes comply with DIN 8077/8078 standards, which define the specifications for Polypropylene piping systems. These standards ensure that the pipes meet stringent requirements for quality, pressure, and temperature resistance.

Installation

Installation of PPRC piping system is either exposed or concealed. For exposed installations, the system requires compensation for thermal variations and this can be achieved by proper placement of fixed (to restrict unnecessary movement) and sliding clamps (to allow axial movement without damaging it) in the installation network. On the other hand, in concealed installations, pipes can be encased or embedded in walls, concrete in accordance with DIN 8077-78 and plaster as with other metal pipes. The expansion of pipe due to temperature will not damage the all plastering as the linear expansion is prevented by the compressive strain and tensile stress of concrete and plaster, it will be absorbed through the material itself.
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