China Drilled 125B Mammoth Enclosure processing internal pressure forming technology is a new forming technology that has just emerged in recent years, and it is also an international frontier research field. According to their structural characteristics, various types of joints can be formed by internal high pressure molding or ordinary extrusion molding first, and then internal high pressure molding. Then, the tube blank is pressed into the mold cavity through internal pressure and axial force Shape it.

The internal pressure forming performance is good, and the design freedom is large. One internal pressure part can replace multiple internal pressure parts to be welded to form, avoiding distortion and deformation during the welding process, high dimensional accuracy, and good mechanical properties. The main advantages of china Drilled 125B Mammoth Enclosure are: lower quality and save materials.

China Drilled 125B Mammoth Enclosure processing die-casting process.

China Drilled 125B Mammoth Enclosure uses casting technology to manufacture aluminum alloy car body frame structure connectors, and adopts some advanced high-precision die-casting technologies such as semi-solid die-casting. At present, the semi-solid die casting process mainly includes two forming processes, rheological and thixotropic. The former method is to inject liquid metal into a specially designed injection molding barrel, shear and cool it into a semi-solid slurry with a screw device, and then die-cast it. The latter method is to feed solid metal particles or scraps into a spiral injection molding machine, and under heat and shear conditions, the metal particles are die-casted into a slurry.

At present, the semi-solid metal casting used in the processing industry of China Drilled 125B Mammoth Enclosure at home and abroad mainly refers to thixotropic casting, which has a large number of applications in the body frame structure. The thixocasting method is a forming method, and the formed workpiece has high strength and can realize the one-time forming of complex shapes. The use of this system can realize non-cutting and a small amount of cutting of various parts, and can reduce the number of parts.