3 Flutes Optimized Chip Evacuation Structure:Three spiral flutes balance cutting force, smooth chip removal without clogging, greatly reduce tool wear when cutting viscous titanium alloy.
Aerospace Special High-Temp Coating:Custom high-precision coating features heat resistance and abrasion resistance, extend tool service life and maintain stable dimensional accuracy during mass long-term production.
Bottom-Hole-Free Integrated Machining:Complete drilling and threading in one continuous process, simplify working procedures and lower production cost for mass aerospace manufacturing.
Aircraft Engine Parts: Turbine blades, casing, disc threaded holes
Aircraft Structural Components: Wing spars, fuselage frames, landing gear fittings
Aerospace Fasteners: High-strength aviation bolts, nuts precision threading
Aerospace R&D Prototype Parts: High-precision threaded test components
Answer: Aerospace thread mills adopt special carbide substrate and high-temperature coating, 3-flute geometric structure optimized for titanium alloy & superalloy, meet ultra-strict tolerance standards of aviation industry, and can adapt to high-stress high-speed cutting environment.
Answer: Adopt matched cutting speed and feed rate according to aviation alloy material; supply sufficient cooling liquid; regularly check cutting edge wear and replace cutter timely to avoid over-damage.
Answer: It delivers optimal performance on titanium alloy, superalloy and aviation aluminum. It can machine similar hard metals, but we recommend selecting special dedicated tools for other ordinary materials to guarantee cutter lifespan.
Answer: Yes, we provide full OEM & ODM service. Custom thread pitch, diameter, coating and laser logo can be made according to customers’ aviation machining drawings.