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Advantages of Titanium Coating Punch Pin:
Increased hardness and wear resistance:
After titanium plating, the surface hardness of the punch pin increases significantly, reaching 1800-4500Hv, greatly improving wear resistance, slowing down wear in frequent impact and friction processes, extending the service life by 2-5 times or even more, effectively reducing the frequency of replacing the punch pin, and improving production efficiency.
Reduced coefficient of friction:
Titanium plating makes the surface of the punch pin smoother and the coefficient of friction is reduced, which can reduce the friction between the punch pin and the processed material during the stamping process, reducing the processing force and energy consumption, and also helping to improve the surface quality of the processed parts, reducing scratches and strains.
Enhanced corrosion resistance:
the titanium layer can effectively isolate the base of the punch pin from the external corrosive medium, preventing the punch pin from rusting and corrosion, and maintaining good performance and extending the service life of the punch pin, even in harsh working environments.
Good control of dimensional accuracy:
During the titanium coating process, the dimensional change of the bar is very small; generally, the thickness of the titanium coating layer is 2-3μm, which basically does not affect the original dimensional accuracy of the punch and can meet the requirements of high-precision molds.
Good lubrication and heat dissipation properties:
Part of the titanium coating process can make the surface of the punched pin have good lubrication, play a role similar to a lubricant, and further reduce the friction. At the same time, the titanium coating layer also has certain heat dissipation properties, which can quickly dissipate the heat generated during the stamping process, avoiding the performance degradation of the punched pin due to overheating.
brass pin punch set
punch pin set
brass punch
Advantages of Titanium Coating Punch Pin:
Increased hardness and wear resistance:
After titanium plating, the surface hardness of the punch pin increases significantly, reaching 1800-4500Hv, greatly improving wear resistance, slowing down wear in frequent impact and friction processes, extending the service life by 2-5 times or even more, effectively reducing the frequency of replacing the punch pin, and improving production efficiency.
Reduced coefficient of friction:
Titanium plating makes the surface of the punch pin smoother and the coefficient of friction is reduced, which can reduce the friction between the punch pin and the processed material during the stamping process, reducing the processing force and energy consumption, and also helping to improve the surface quality of the processed parts, reducing scratches and strains.
Enhanced corrosion resistance:
the titanium layer can effectively isolate the base of the punch pin from the external corrosive medium, preventing the punch pin from rusting and corrosion, and maintaining good performance and extending the service life of the punch pin, even in harsh working environments.
Good control of dimensional accuracy:
During the titanium coating process, the dimensional change of the bar is very small; generally, the thickness of the titanium coating layer is 2-3μm, which basically does not affect the original dimensional accuracy of the punch and can meet the requirements of high-precision molds.
Good lubrication and heat dissipation properties:
Part of the titanium coating process can make the surface of the punched pin have good lubrication, play a role similar to a lubricant, and further reduce the friction. At the same time, the titanium coating layer also has certain heat dissipation properties, which can quickly dissipate the heat generated during the stamping process, avoiding the performance degradation of the punched pin due to overheating.
brass pin punch set
punch pin set
brass punch
