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    TEE MACHINE
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    Bulged hydraulic tee machine

    Bulged hydraulic tee machine

    Mechanical parameters

    Tee machine

    Processing range

    1/2”—4”

    1”—6”

    2”—8”

    3”—10”

    4”—12”

    5”—16”

    8”—20”

    Tee thickness

    Sch40

    Max.pressure

    31.5MPa

    Working pressure

    25 MPa

    Working speed

    0—1000mm/min

    Return speed

    1500—2000mm/min

    Side cylinder diameter

    360mm*2

    450mm*2

    550mm*2

    650mm*2

    750mm*2

    850mm*2

    950mm*2

    Side cylinder stroke

    300mm

    350mm

    400mm

    450mm

    500mm

    550mm

    600mm

    Side cylinder tonnage

    250T*2

    400T*2

    600T*2

    850T*2

    1100T*2

    1400T*2

    1600T*2

    Master cylinder diameter

    400mm

    500mm

    600mm

    700mm

    800mm

    900mm

    1000mm

    Master cylinder stroke

    350mm

    400mm

    500mm

    600mm

    700mm

    800mm

    900mm

    Master cylinder tonnage

    315T

    500T*2

    700T

    1000T

    1200T

    1600T

    2000T

    The motor power

    50kw

    55kw

    65kw

    75kw

    100kw

    120kw

    170kw

     

     

     

     

    Mechanical video

    Equipment details

    Hydraulic tee machine
    Hydraulic tee machining process: the tee hydraulic bulging is through the metal material axial compensation bulging branch pipe forming process. Hot tee cold extrusion technology. (1) using special hydraulic press, with the three links within the tube billet diameter equal injection liquid, (2) through the two horizontal side of the hydraulic cylinder synchronization of the motion of tube billet, billet after squeezed smaller volume, smaller volume of liquid with the tube billet inside the tube billet and pressure, (3) when the tee branch pipe bulge out to the pressure, the metal material in the liquid in the cylinder and the pipe pressure under the dual role of flow along the mold cavity and the branch pipe. The hydraulic bulging process of tee can be formed in one time, and the production efficiency is higher. The main wall and shoulder wall thickness of tee increased.