High Performance Carbide Punching Mould
Application Areas
High-performance carbide stamping dies are widely used in stamping operations in the manufacturing industry, especially where high precision, high wear resistance and long life are required. The following are some typical application areas:
Automotive industry: stamping dies used to manufacture automotive parts, such as body panels and frames.
Electronic industry: stamping molds for manufacturing electronic products, such as cell phone shells, computer parts, etc.
Aerospace: stamping molds for manufacturing aerospace equipment, such as aircraft skins, engine parts, etc.
Other industries: also widely used in medical equipment, hardware tools, home appliances and other fields.
Manufacturing process
The manufacturing process of high-performance carbide stamping dies usually includes the following steps:
Material selection: according to the use conditions and requirements of the mold, select the appropriate tungsten carbide or tungsten carbide material.
Mold design: According to the shape, size and accuracy requirements of the stamped part, the mold design is carried out. The design process needs to consider the structure of the mold, the parameters of the stamping process and the life of the mold.
Material Processing: The selected material is processed into the preliminary shape of the mold through powder metallurgy, sintering and other processes.
Precision machining: The mold is precision machined, including grinding, polishing and other processes to ensure the accuracy and surface quality of the mold.
Quality Inspection: Quality inspection of the mold, including hardness test, wear resistance test, dimensional accuracy test, etc., to ensure that the quality of the mold meets the design requirements.
Carbide Punching Mould Characteristics
-- High impact, good wear resistance
-- sizes & types are available
-- 100% pure raw material & direct factory produce and selling
-- Advanced equipement
-- Skilled technician
-- Many sizes & types, OEM is available
-- Trial order is welcomed
-- ISO certificate
Carbide punching mould used for cold heading and cold punching standard parts,bearing, screws and nuts etc. With high impact resistance, toughness and wear resistance. Tungsten carbide cold heading/forming dies are manufactured to bear high and repeated stress. Tungsten carbide made possible the use of cold-forming/cold heading technology for mass production of high-volume parts like screws,bolts, rivets etc.
Carbide punching moulds are critical tools in various manufacturing industries due to their exceptional hardness, precision, and durability. They enable the efficient and accurate production of parts and components across a wide range of applications.
High Performance Carbide Punching Mould
Application Areas
High-performance carbide stamping dies are widely used in stamping operations in the manufacturing industry, especially where high precision, high wear resistance and long life are required. The following are some typical application areas:
Automotive industry: stamping dies used to manufacture automotive parts, such as body panels and frames.
Electronic industry: stamping molds for manufacturing electronic products, such as cell phone shells, computer parts, etc.
Aerospace: stamping molds for manufacturing aerospace equipment, such as aircraft skins, engine parts, etc.
Other industries: also widely used in medical equipment, hardware tools, home appliances and other fields.
Manufacturing process
The manufacturing process of high-performance carbide stamping dies usually includes the following steps:
Material selection: according to the use conditions and requirements of the mold, select the appropriate tungsten carbide or tungsten carbide material.
Mold design: According to the shape, size and accuracy requirements of the stamped part, the mold design is carried out. The design process needs to consider the structure of the mold, the parameters of the stamping process and the life of the mold.
Material Processing: The selected material is processed into the preliminary shape of the mold through powder metallurgy, sintering and other processes.
Precision machining: The mold is precision machined, including grinding, polishing and other processes to ensure the accuracy and surface quality of the mold.
Quality Inspection: Quality inspection of the mold, including hardness test, wear resistance test, dimensional accuracy test, etc., to ensure that the quality of the mold meets the design requirements.
Carbide Punching Mould Characteristics
-- High impact, good wear resistance
-- sizes & types are available
-- 100% pure raw material & direct factory produce and selling
-- Advanced equipement
-- Skilled technician
-- Many sizes & types, OEM is available
-- Trial order is welcomed
-- ISO certificate
Carbide punching mould used for cold heading and cold punching standard parts,bearing, screws and nuts etc. With high impact resistance, toughness and wear resistance. Tungsten carbide cold heading/forming dies are manufactured to bear high and repeated stress. Tungsten carbide made possible the use of cold-forming/cold heading technology for mass production of high-volume parts like screws,bolts, rivets etc.
Carbide punching moulds are critical tools in various manufacturing industries due to their exceptional hardness, precision, and durability. They enable the efficient and accurate production of parts and components across a wide range of applications.
