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    HYDRAULIC PIPE BENDING MACHINE
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    Medium frequency tube bending machine simmer bending machine

    Medium frequency tube bending machine simmer bending machine

    Mechanical parameters

    Model

    1”—8”

    3”—16”

    8”—24”

    16”—30”

    20”—36”

    24”—40”

    30”—48”

    32”—56”

    36”--64”

    Thickness of steel tube

    Sch40

    Maximum pressure

    31.5MPa

    Chain intermediate frequency pipe bender

    Pressure of work

    25 MPa

    In her work

    0—1000mm/min

    0—1500mm/min

    Fast speed back

    1500—2000mm/min

    2000—3000mm/min

    ID of hydraulic cylinder

    125mm*2

    140mm*2

    180mm*2

    200mm*2

    250mm*2

    Compared with hydraulic pipe bender, chain pipe bender has:

    1. Because of the chain drive, the travel can be arbitrary

    2. Save space

    3. Low cost

    Hydraulic cylinder stroke

    3000mm

    4000mm

    5000mm

    8000mm

    8000mm

    Hydraulic cylinder thrust

    30T*2

    38T*2

    63T*2

    78T*2

    120T*2

    The motor power

    13kw

    18.5kw

    24kw

    28kw

    32kw

    Quenching transformer

    500kwa

    1000kwa

    1000kwa

    1500kwa

    2000kwa

    2500kwa

    3000kwa

    3500kwa

    4000kwa

    I-frequency power supply

    160kwa

    250kwa

    300kwa

    500kwa

    600kwa

    600kw

    800kwa

    800kwa

    1000kwa

     

    Mechanical video

    Equipment details

    Medium frequency tube bending machine simmer bending machine

     

    1) this process can avoid the phenomenon of uneven wall thickness caused by tension reduction of the convex edge of the pipe wall and compression thickening of the concave edge of the pipe wall during the traditional bending process.

     

    2) this process can be used to produce 180 elbows with small radius (R≈D) and thin wall (t/D≈0.015) with uniform wall thickness, which cannot be achieved by other bending processes.

     

    3) if the design of various technological parameters is reasonable, the process can ensure that the thickness of the pipe wall of each part of the bending process remains unchanged, that is, it is always equal to the thickness of the blank pipe wall before deformation.

     

    4) this process can be used to push the same horn mandrel to produce bending tubes with the same diameter at various bending angles, such as 45°, 90° and 180°, with high production efficiency.