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Overview: We offer professionally processed Tungsten carbide hexagonal punch
heads designed for machining titanium alloys on lathes. These punch
heads are customized to meet the equipment usage requirements of
industrial production enterprises in the Harbin region.
Titanium Alloy Characteristics: Titanium alloy is a widely used structural material in the
aerospace industry, known for its excellent corrosion resistance
and ultra-low-temperature performance. With a density only 60% of
steel, it boasts high strength, making it an ideal choice for
manufacturing lightweight components. It is primarily used in
aircraft engine compressor components, structures for rockets,
missiles, and high-speed aircraft, as well as various components in
aircraft engines, frameworks, skins, fasteners, and landing gear.
Processing Challenges: The physical properties of titanium alloys pose significant
challenges in machining, especially when cutting with hardness
exceeding HB350. In milling processes, the low thermal conductivity
of titanium alloys results in concentrated heat generation at the
cutting edge, shortening the tool life.
Application Areas: Designed for titanium alloy machining on lathes, the Tungsten
carbide hexagonal punch head is the ideal choice for processing
titanium alloys, enhancing efficiency, and meeting the demands of
industrial production.
Conclusion: Our Tungsten carbide hexagonal punch head is tailor-made for
titanium alloy machining, providing a reliable solution by
improving durability and precision, thus contributing to efficient
industrial production.
Name: | Tungsten Carbide Punch | Size: | Custom |
---|---|---|---|
Shape: | Cylindrical Hex Punch | Advantage: | High Efficiency |
Usage: | High Precision Punching Tool | Tungsten Steel: | 100% Virgin Cemented Material |
Property | Range |
Grain Size (μm) | 0.4-2.0 |
Cobalt Content (% Co) | 6-20 |
Density (g/cm³) | 13.96-14.85 |
Hardness (HRA) | 86-93 |
Flexural Strength (MPa) | 3200-4500 |
Young's Modulus (GPa) | 570-620 |
Materials are the basic requirements to increase production efficiency. As wear-resistant tools for the manufacturing industry, the performance of the carbide punch is excellent, especially for the core working parts of precision machining. The requirement of the carbide punch is higher. As a cemented carbide punch used in precision dies, product consistency is a key factor that directly affects the service life and the dimensional accuracy. The precision requirements for cemented carbide parts are precision. This requires strong technology, rich experience with advanced production equipment and deep processing system to meet the μ precision tolerance.