Long Tool Life: Solid carbide body + composite coating, wear/heat resistant, reducing tool change frequency
Superior Rigidity: Straight flute structure resists high cutting forces, high-precision threads, no secondary processing
Efficient Chip Evacuation: Short chips discharged smoothly, preventing clogging and tap breakage
High-Speed Machining: Higher cutting parameters than standard taps, improving productivity
Versatile Application: Suitable for through holes & blind holes, ideal for mold, aerospace, automotive and heavy industry
Mold Manufacturing:Thread machining for hardened steel mold components, ensuring assembly precision and structural integrity
Aerospace:High-strength steel components for aircraft structures, engines and landing gear, with high-reliability precision threads
Automotive Engineering:Hardened steel parts for engines, transmissions and suspensions, stable and durable
Heavy Machinery Equipment:Threaded connections for high-hardness steel components in heavy machinery, long life and high stability
Answer: Optimized for HRC60+ high-hardness steel; compatible with other metals of similar hardness. For best performance and tool life, use material-specific taps.
Answer: Match cutting speed and feed rate to steel hardness and tap specifications; use appropriate cutting fluid; regularly clean chips from flutes; inspect for wear before each use.
Answer: Straight flute taps offer higher rigidity, ideal for through holes and materials producing short chips. Spiral flute taps excel at evacuating long chips, preferred for soft materials or blind holes (not for high-hardness steel).