Ti-6Al-4V Titanium Bike Frame Head Spare Parts CNC Machined Parts
Why Choose Titanium Alloy to Manufacture Bicycle Sprockets?
1. Lightweight Revolution
The density of titanium alloy (Ti-6Al-4V) is only 4.43g/cm ³, which
is 43% lighter than steel, achieving a weight reduction of 200-350g
in the sprocket system and directly improving the climbing
acceleration performance (measured trampling efficiency increased
by 3.2%).
2. Extreme Environmental Tolerance
Through 3000 hours of neutral salt spray testing, it can withstand
acid rain/snow melting agent corrosion with pH 2-12, avoiding the
problem of tooth tip abrasion that occurs in traditional aluminum
alloy sprockets after 5 months of winter cycling.
3. High Torque Transmission Stability
Tensile strength ≥ 895MPa, elastic modulus 110GPa, deformation 68%
lower than aluminum alloy at 120N · m instantaneous torque,
ensuring power transmission integrity during sprinting/shaking.
Application Fields of Titanium
1. Aerospace Field
Aircraft Structural Components: Titanium alloy is used to manufacture aircraft wings, fuselage
frames, landing gear and other structural components, such as the
Boeing 787, where titanium components account for 15% of the total
structural weight.
Aircraft Engine Components:such as compressor discs, blades, casings, and ducts, are often
made of titanium alloy. For example, the F119 engine of the F-22
fighter jet uses titanium alloy in the compressor, combustion
chamber, and tailpipe.
2. Automotive Industry
Engine Components:valve seats, connecting rods, crankshafts, etc., using titanium
alloys can reduce weight, improve performance, and fuel efficiency.
Exhaust System and Muffler: The mass of titanium exhaust system can be reduced by about 40%,
and the mass of muffler is only 5-6kg, which is lighter than
stainless steel and other mufflers.
3. Medical Equipment
Artificial Joints and Bone Substitute Materials: hip joints, knee joints, shoulder joints, rib joints, skull bones,
etc. Titanium alloy has a small specific gravity (similar to that
of human bone), high strength, good mechanical processing, and
excellent corrosion resistance.
Dental Applications: can be used as dental crowns, crowns, fixed bridges, porcelain
bridges, bonded bridges, denture clasps, abutments, connecting
devices, and strengthening devices.
Why Choose Us?
Advanced equipment | Adopting the latest CNC machining and turning equipment to ensure
high precision and efficiency. |
Strict quality control | From raw materials to finished products, every step undergoes
strict quality inspection. |
Customized services | Provide one-stop services such as customized design, material
selection, and surface treatment according to customer needs. |
Fast delivery | Efficient production processes and logistics systems ensure fast
delivery. |
Diversified surface treatment | Provide multiple surface treatment processes to meet the needs of
different application scenarios. |
Technical support | A professional team provides technical consultation and solutions
to help clients optimize their designs. |
Global Services | Support global customers, provide localized services and quick
response. |
