High Efficiency 100% Virgin Cemented Tungsten Carbide Hex Punch for High Precision Titanium Alloy Machining

Professionally processed tungsten carbide hexagonal punch heads designed specifically for machining titanium alloys on lathes. These custom punch heads meet the equipment requirements of industrial production enterprises in the Harbin region.

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 ideal for manufacturing lightweight components. Primary applications include 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.

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 tool life.

• Customized Processing: Tungsten carbide hexagonal punch head is professionally customized to meet specific titanium alloy machining requirements
• Improved Durability: Tungsten carbide, as a super-hard tool material, enhances punch head durability and extends lifespan
• Precision Dimension: High-precision manufacturing ensures machining dimensional accuracy for precision processing requirements

Materials are fundamental requirements for increasing production efficiency. As wear-resistant tools for the manufacturing industry, carbide punches deliver excellent performance, particularly for core working parts in precision machining. The requirements for carbide punches are higher due to their critical role in precision dies, where product consistency directly affects service life and dimensional accuracy. Strong technology, rich experience, advanced production equipment, and deep processing systems are required to meet μ precision tolerance standards.