1 thought on “What are the advantages of using the cold pupa process processing fastener?”
Wilbert
A cold -cricket technology uses the plastic deformation of metal under the action of external force, and uses the mold to make the metal volume re -distribution and transfer, thereby forming a processing method for parts or blanks required. The cold -cooled craftsmanship is most suitable for the production of standard fasteners such as bolts, screws, nuts, rivets, nails. The equipment commonly used in the chilled craftsmanship is a dedicated cold machine, which is suitable for large -scale and various specifications. The following briefly introduces the advantages of the cold -cricket process processing fastener: (1) Cold 镦 can be available Make the mechanical properties of metal parts improve. Because the cold cricket is performed under normal temperature conditions, the tensile strength of the workpiece is greatly improved compared to cutting. This is because the metal fibers of the cold -proofing products will not be cut off, the internal structure of the metal is compacted, and the existence of the phenomenon of processing sclerosis is improved. Therefore, metal mechanical performance has been improved. (2) Cold pupa technology can improve material utilization. In addition to the losses of the tail of the cooler hexagonal bolt, the material is completely used for workpiece processing. The material benefits during cutting are less than half, causing cost waste. (3) The cold -cricket process can greatly increase productivity. For example, compared with the cutting of the chopping nut, the process of programming, clamping, and replacement has been saved, and the productivity has increased by about dozens of times. (4) Due to the use of multi -site cold -cooler machines to achieve simultaneous processing of various processes on one machine tool, thereby reducing the production venue occupied by equipment investment and equipment, reducing the half of the products in each process of each process The transportation, especially the labor intensity of workers, and improved labor conditions. (5) The cold -cricket process can improve the surface smoothness of workpieces and ensure product accuracy. When using a cold -cooler processing nut, due to the unity of raw materials and molds, it can ensure its accuracy for a large number of bolts, nuts, etc. This craftsmanship has become more and more widely used in the mechanical manufacturing industry as the above advantages. Among them, the most representative products for multi -site cold -cooler machines are bolts, screws and nuts. A significant reduction of the comprehensive cost of fastener production enterprises.
A cold -cricket technology uses the plastic deformation of metal under the action of external force, and uses the mold to make the metal volume re -distribution and transfer, thereby forming a processing method for parts or blanks required. The cold -cooled craftsmanship is most suitable for the production of standard fasteners such as bolts, screws, nuts, rivets, nails. The equipment commonly used in the chilled craftsmanship is a dedicated cold machine, which is suitable for large -scale and various specifications. The following briefly introduces the advantages of the cold -cricket process processing fastener:
(1) Cold 镦 can be available Make the mechanical properties of metal parts improve. Because the cold cricket is performed under normal temperature conditions, the tensile strength of the workpiece is greatly improved compared to cutting. This is because the metal fibers of the cold -proofing products will not be cut off, the internal structure of the metal is compacted, and the existence of the phenomenon of processing sclerosis is improved. Therefore, metal mechanical performance has been improved.
(2) Cold pupa technology can improve material utilization. In addition to the losses of the tail of the cooler hexagonal bolt, the material is completely used for workpiece processing. The material benefits during cutting are less than half, causing cost waste.
(3) The cold -cricket process can greatly increase productivity. For example, compared with the cutting of the chopping nut, the process of programming, clamping, and replacement has been saved, and the productivity has increased by about dozens of times.
(4) Due to the use of multi -site cold -cooler machines to achieve simultaneous processing of various processes on one machine tool, thereby reducing the production venue occupied by equipment investment and equipment, reducing the half of the products in each process of each process The transportation, especially the labor intensity of workers, and improved labor conditions.
(5) The cold -cricket process can improve the surface smoothness of workpieces and ensure product accuracy. When using a cold -cooler processing nut, due to the unity of raw materials and molds, it can ensure its accuracy for a large number of bolts, nuts, etc.
This craftsmanship has become more and more widely used in the mechanical manufacturing industry as the above advantages. Among them, the most representative products for multi -site cold -cooler machines are bolts, screws and nuts. A significant reduction of the comprehensive cost of fastener production enterprises.