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PUT Union Tee

・Sturdy and durable material

・The structure design of the positive tee is precise, which can achieve uniform flow distribution of the fluid

・Advanced sealing technology and high-quality sealing materials are used to ensure that the connection is tight and leak-free

・Convenient installation method

    2D Drawings

    PUT-5

    Specifications

    Model ΦD ΦP L1 L2 L3 L4 Φd
    PUT4 4 11 18.5 37 7 14 3.2
    PUT6 6 13 19 38 8 16 3.2
    PUT8 8 14.5 23 46 9 18 3.2
    PUT10 10 18.5 27.5 55 11.5 23 4.2
    PUT12 12 21 29 58 13 26 4.2
    PUT14 14 23 30 60 13.5 27 4.2
    PUT16 16 26 32.5 65 15 30 4.2
    PUT5/32 5/32 11 18.5 37 7 14 3.2
    PUT3/16 3/16 11 18.5 37 7 14 3.2
    PUT1/4 1/4 13 19 38 8 16 3.2
    PUT5/16 5/16 14.5 23 46 9 18 3.2
    PUT3/8 3/8 18.5 27.5 55 11.5 23 4.2
    PUT1/2 1/2 21 29 58 13 26 4.2

    Order Example

    PDF

    FAQ

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    • Q: How high a temperature can a PUT straight tee withstand?

      A: Generally, the temperature range that an ordinary PUT straight tee can withstand is between -20℃ and 80℃. If the temperature of the conveying medium exceeds this range, the performance of the PUT material may deteriorate, affecting the service life and sealing performance of the straight tee. When used in high or low temperature environments, special materials or corresponding protective measures must be selected according to actual conditions. For example, in a high temperature environment, a high temperature resistant PUT straight tee can be selected, and an insulation layer can be installed; in a low temperature environment, the pipe insulation should be done well to prevent the fluid in the pipe from freezing and damaging the pipe fittings.