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  • UPVC SCH40 Female 90Deg Elbow with Brass

    UPVC water supply pipe has acid resistance, alkali resistance, strong corrosion resistance and good pressure resistance, high strength, light weight, low price, small flow resistance, no secondary pollution, compound sanitary requirements, convenient construction and operation,etc.

                  Nom
    Size
    G D D1 L h
    1/2" 1/2" 32 29.4 12.1 29.1
    3/4" 3/4" 38.1 36 12.8 33.6

    Product Description

    Introducing our UPVC SCH40 Female 90Deg Elbow with Brass – the ultimate solution for your piping needs. This elbow is designed to ensure precision fittings and durability. Its sch40 structure guarantees that it can withstand high pressure and temperature. The inclusion of brass assures a smooth and secure connection from one thread type to another. Its female fitting is designed for maximum convenience during installation, reducing time and energy. With its heat, chemical, and corrosion-resistant qualities, this elbow is tailored to meet your needs in various applications such as water supply systems, chemical processing plants, and waste management facilities. Have peace of mind knowing that our UPVC SCH40 Female 90Deg Elbow with Brass offers the utmost in quality, reliability, and longevity. Upgrade your piping system today and experience the difference!

    Product Features

    • UPVC material
    • SCH40 standard
    • Female connection type
    • 90 degree elbow shape
    • Brass component included

    Application of UPVC SCH40 Female 90Deg Elbow with Brass

    • The UPVC SCH40 Female 90Deg Elbow with Brass is used in plumbing systems to redirect fluid flow at a 90-degree angle.
    • The UPVC material provides high chemical resistance, durability, and corrosion resistance.
    • This elbow is specifically designed to be used in Schedule 40 UPVC piping systems.
    • The brass insert offers additional strength and durability to the elbow fitting.
    • It is typically used in applications where high pressure, high temperature, and chemical resistance are required.

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