skew rolling mill for making grinding steel ball
skew rolling mill for making grinding steel ball
skew rolling mill for making grinding steel ball
skew rolling mill for making grinding steel ball
skew rolling mill for making grinding steel ball
skew rolling mill for making grinding steel ball
skew rolling mill for making grinding steel ball
skew rolling mill for making grinding steel ball

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skew rolling mill for making grinding steel ball

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Brand Name : TiGold

Product description

skew rolling mill/skew rolling machine for making grinding steel ball    Specification:   Skew Rolling Mill for making grinding steel ball   Specification                                  unit         ø30        ø40       ø50        ø60        ø80        ø100   Ball Size to be Produced             mm      20-32      30-42   30-52     40-63   60-84      80-105   Basic Ball to be Produced          mm       30            40          50           60        80            100   Speed of Roller                             RPM     100         90           71.5      71.5      64             40   Weight of A Ball                              Kg         0.12       0.29         0.57      0.98     2.3            4.5   Production/hour                             Kg          738        1575        2444    4223    8960         10937   Production/day                                ton          5             11            17        29          62              76   Production/300days                       ton         1500        3300      5100    8800     18800        23000   Motor Power                                      KW         37           90            132      185         450         630   Induction Furnace for Heating        KW        300          600         1000   1600        3500       4000   Weight of Mill                                     ton          3.1           5.8           10         16            27            54     The skew rolling is new technology of producing various shafts, compared with common forging, casting and machining, the processes have many remarkable advantages. The productivity is as 3-10 times as that of conventional processes, the material consumption can be reduced by 20-35%, comprehensive mechanical properties of workpieces rolled by the processes increases about 30%, service life of the dies increases about 10 times, and there is no pound and low noice. The processes apply to produce commercial shafts and balls used in automobiles, tractors, electric motors. and other machines.
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