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APLICACIÓN
Ampliamente utilizado en la industria automotriz, deportes al aire libre, etc.
Metal forming and manufacturing

Metal forming and manufacturing

Size: according to the drawing/requirement

Description: Custom-made components for the metal forming mold industry. Carbide grades and designs are tailored to meet each customer's specific needs and requirements.

 

Zhuzhou Jinxin Carbide has 16 years of experience in the metal forming die industry. We can provide you with professional solutions.

 

Carbide drawing die

Carbide profile die blank

Stretch mold for the lithium battery

Stamped motor core die


In the metal extrusion process, the external force used to push the metal through the die compresses the metal's cross-sectional area, ultimately achieving the desired cross-sectional shape and size. Carbide drawing dies have a wide range of applications; their high hardness, excellent thermal conductivity, low coefficient of friction, and other properties make them a crucial component in the production of various metal wires, tubes, and profiled products.


Tungsten carbide blank profiles are widely used in the manufacturing of specially shaped drawing dies, with hole configurations within the die including round, triangular, pentagram, hexagonal, oval, and many other shapes. They are ideal for drawing coated electromagnetic profiled wires, stainless steel profiled wires, and various types of both ferrous and non-ferrous metals—such as components for electronic devices, tool keys, and more. Additionally, these custom-shaped dies can also be employed in multiple applications involving copper rods and other specialized wire-drawing industries, offering a flexible production solution tailored to meet the unique demands of drawing different profiled wire types.

 

The product series for the lithium battery casing stretch mold includes the round casing stretch bar and the concave mold, as well as the concave mold for stretching square casings. It is primarily used for high-speed stretching processes of both round steel casings for lithium batteries and square aluminum casings. The molds exhibit excellent wear resistance and impact strength, directly influencing the quality and efficiency of the lithium battery casing stretching process.

 

The motor core stamping die, along with the engine manufacturing process, is continuously evolving, and modern high-speed precision stamping technology is increasingly being applied to the production of motor cores. Since motor cores demand high dimensional accuracy and long tool life, it is especially crucial to use high-quality carbide materials for core stamping. Factors such as mold machining precision, punch press accuracy, and core material quality will all influence the lifespan of the mold material—and these are key considerations when selecting the appropriate mold material.