Titanium Precision Structural Parts

Definition and core requirements of high-precision titanium machined parts
Precision grade standard
Precision grade Dimensional tolerance (mm) Shape tolerance (μm) Surface roughness Ra (μm) Typical application areas
Ordinary precision ±0.05 50-100 1.6-3.2 General-purpose structural parts, connecting parts
High-precision ±0.01 10-25 0.4-0.8 Aero-engine blades, optical mounts
Ultra-precision ±0.002 ≤ 5 ≤0.1 Inertial navigation devices, microelectromechanical systems

Material selection matrix
TC4 Excellent overall performance, sensitive to work-hardening High precision (±0.01mm) Precision gears, gyroscope frames
TA15 Good stability at high temperature, high cutting force Ordinary precision (±0.05mm) High-temperature sensor housings
TC17 Highly robust, high tool wear rate High precision (requires special treatment) Aircraft bearing raceways

Ti-3Al-2.5V Good cold forming, suitable for thin-walled parts Ultra-precision (±0.002mm) Fiber optic connectors, microvia arrays

We not only provide standardized copper products, but also excel in customizing copper tubes, copper foils and copper alloys according to customers' needs. From prototype to mass production, GNEE has the ability to respond quickly, and has provided customized copper solutions to more than 300 companies around the world, helping customers to improve product performance.

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