H190*W105

 H190*W76      

 H125*W80      

 H190*W65      

 H120*W55   ○15  H100*W45  ○12

 H120*W90  

 H75*W75  H125*W115

 H95*W95  

H70*W60  

H225*W125  

H340*W200  

H75*W45 口10  

H38*W40 口12  口14  口16  

H55*W40    口17  H47*W40    口15    

H65*W39    口12  H68*W45    口14  H68*W48    口16      

H60*W38    ○ 12 H65*W38    ○14 H65*W40    ○16      

H115*W90  H100*W100    

H1200  口25

H1200  口25

H900  口12    口14  

H900  口12    口14  

H1200 口25

H900 口12 口14

H900 口12 口14

H900 口12  

H900 口12  

H900 口12 口14

H900 口12 口14

H900 口12 口14

Iron forging is a metal processing process that uses high temperature and pressure to make metal materials undergo forging, stretching, bending, and other operations, changing their shape and characteristics to meet design requirements. Iron forging usually uses iron materials, such as iron plates, pipes, and bars. The process of iron forging includes the following steps: Design and develop forging plans: Determine the required forging process, materials, and equipment based on product requirements and design drawings. Heating metal materials: Use a forging furnace to heat the metal materials to a suitable temperature, improving their plasticity. Forging operation: Put the heated metal material into the forging equipment, and use tools such as a forging hammer or hydraulic press to hammer, compress, and stretch the metal material through impact or continuous deformation, so as to change its shape. Adjustment and coordination: During the forging process, adjust and coordinate the shape and characteristics of metal materials as needed. Cooling and treatment: Cooling and treating the forged metal material to stabilize and solidify it, achieving the required physical properties. Carving and decoration: According to needs, the forged metal products can be decorated with carving, painting, spraying, and other decorative treatments.