
Add to Cart
Non-Standard Cemented Carbide Shear Punch Tool Carbide Wear Strips
Purpose and Features:
The non-standard tungsten carbide wear strips are kind of shear punch tool, produced by hard alloy, are specially designed for mechanical equipment molds.
It is a non-standard precision custom-made tungsten carbide strips. Unlike conventional round tungsten carbide rods, this hard alloy shear punch strip has special processing requirements with φ1.2 and φ2 air holes. In terms of metal mold processing terminology, the shear is the cutting edge between the male and female molds, primarily used for metal and plastic processing requirements.
This tungsten carbide products requires a durable and stable lifespan with high precision. It is particularly suitable for use in stamping molds in industrial production. Different shapes of tungsten carbide punches can be produced according to product requirements, enabling batch hole processing, especially in the production of progressive die sets.
Based on different stamping materials, stamping molds are designed to complete the operation of a product or semi-finished product through multiple stamping processes.
The types of hard alloy strips include tungsten carbide perforating punches, tungsten carbide shear punches, tungsten carbide blanking punches, tungsten carbide rotor punches, and various other professional tungsten carbide punches based on different processing terms.
Production and Specifications:
The outer dimensions of the tungsten carbide strips are customized according to the drawings, with precision requirements reaching ±0.002.
Advantages and Features:
1, | National high-tech enterprise certification |
2, | Processing High tolerance accuracy ±0.001mm |
3, | Wear-resistant, heat-resistant, and anti-corrosion |
Tungsten carbide grade: K20, K10, K30 or other appointed high quality carbide grade.
Non-magnetic carbide material can also be made for forming molds of magnetic materials, with high hardness, long service life, good wear resistance and strong resistance to corrosion.