The company develops an adjustable forging die for forging wheels. It includes a base plate, an adjustable module, a mandrel, and a bolt hole, wherein the center of the base plate has a mandrel, and the base plate has several bolt holes, and the adjustable module is fixed at the bolt holes by bolts. The technical solution utilizes the mandrel to effectively locate the position of the bottom plate and the wheel, and sets a plurality of bolt holes on the bottom plate, so that a plurality of adjustable modules can be assembled at the bolt holes at different positions. Based on the above structure, it effectively overcomes the limitation of the special wheel of the current wheel forging die, thereby solving the problem of inconvenient management of a wide variety of dies and the problem of wasting a large amount of materials. Moreover, the utility model has lower requirements on the forging process and forging equipment, thus reducing the process cost and the equipment cost. The utility model improves the quality of the forgings and reduces the cost by improving the structure level of the wheel forging die, and helps to improve the market competitiveness and market share of the products.
The company develops an adjustable forging die for forging wheels. It includes a base plate, an adjustable module, a mandrel, and a bolt hole, wherein the center of the base plate has a mandrel, and the base plate has several bolt holes, and the adjustable module is fixed at the bolt holes by bolts. The technical solution utilizes the mandrel to effectively locate the position of the bottom plate and the wheel, and sets a plurality of bolt holes on the bottom plate, so that a plurality of adjustable modules can be assembled at the bolt holes at different positions. Based on the above structure, it effectively overcomes the limitation of the special wheel of the current wheel forging die, thereby solving the problem of inconvenient management of a wide variety of dies and the problem of wasting a large amount of materials. Moreover, the utility model has lower requirements on the forging process and forging equipment, thus reducing the process cost and the equipment cost. The utility model improves the quality of the forgings and reduces the cost by improving the structure level of the wheel forging die, and helps to improve the market competitiveness and market share of the products.
