Advantages:
Super durability: Adopting Grade 5 titanium alloy (Ti6Al4V), tensile strength
≥900MPa, 45% lighter than steel, high temperature resistance up to
400°C, suitable for high pressure and high temperature environment.
Precision machining guarantee: 5-axis CNC machining, tolerance control ±0.01mm, surface roughness
Ra 0.4μm, ensuring smooth and low noise transmission.
Corrosion resistance and maintenance free: Natural acid and alkali resistance, through the salt spray test
1000 hours without corrosion, reduce equipment downtime maintenance
costs.
Tips for CNC Machining Titanium:
Titanium can be machined with CNC milling, turning and lathing, drilling
and boring, utilizing a multi-axis precision machine. Each process
involves different operations and has benefits and challenges.
Milling uses rotating tools to shape parts and requires managing speeds
and coolant levels to prevent tool wear.
Turning and lathing rotate the titanium workpiece while a stationary tool shapes it.
It’s ideal for cylindrical parts but requires careful handling to
avoid excessive vibrations and ensure a smooth finish.
Drilling and boring are two similar processes. Drilling creates precise holes using
sharp bits. Boring enlarges these holes and is used to meet tight
tolerances.
5-axis machining is the most advanced process, allowing the titanium workpiece to
move along five different axes. Because it can create intricate
parts with fewer setups, it’s particularly useful in aerospace and
medical applications.
Applications:
Chemical Pumps & Valves
Oil Drilling Equipment Gears
New Energy Battery Module Holders
CNC Machining Tolerance:
