Reducer Socket 63x40mm 4B PPR

Description

Reducer Socket 63x40mm 4B PPR

Reducer Socket 63x40mm 4B PPR Suppliers Distributor Dealer Manufacturer?? Karachi Islamabad Pakistan. Contact Number 0322-3540656

What is Reducer Socket 63x40mm 4B PPR ?

The Reducer 63x40mm 4B PPR serves as a crucial component in PPR (Polypropylene Random Copolymer) piping systems, as it connects pipes of different diameters.
Below is the detailed information and description:

Product Description:

• Name: Reducer Socket
  

  Product Description:

  • Name:?? Socket 63x40mm 4B PPR
  • Material: PPR (Polypropylene Random Copolymer)
  • Size:
    • Large end diameter: 63mm
    • Reduced end diameter: 40mm
  • Connection Type: Fusion or socket welding
  • Pressure Rating: Typically PN20 (varies by system)

  Key Features:

  1. Size Reduction: This fitting reduces the pipe diameter from 63mm to 40mm,
     enabling smooth transitions between different pipe sizes in the system without compromising flow.
  2. Durability: PPR material is highly durable and can last over 50 years under normal operating conditions,
     making it ideal for long-term applications.
  3. Corrosion Resistance: PPR is resistant to most chemicals, preventing internal corrosion and scaling, ensuring the pipe remains clear over time.
  4. Temperature Resistance: PPR fittings are designed to handle high-temperature applications, suitable for both hot and cold water supply systems. It can typically withstand temperatures up to 95??C.
  5. Safe for Drinking Water: PPR material is non-toxic, making it suitable for potable water systems as it does not leach harmful chemicals into the water.
  6. Environmentally Friendly: PPR is recyclable and does not emit harmful gases or chemicals during manufacturing, installation, or disposal.
  7. Efficient Thermal Insulation: PPR has low thermal conductivity, which reduces energy loss in hot water systems.
  8. Reliable Connection: The “4B” designation suggests a heat fusion or socket welding connection, which provides a secure, leak-proof joint. This method fuses the pipes and fittings at the molecular level, eliminating weak points and potential leak paths.