Gr9 Bicycle Titanium Tube Application

The unique properties of titanium material make it an excellent material for making bicycle frames, high strength, low density, low elastic modulus, excellent fatigue resistance and corrosion resistance, so that the produced titanium alloy frame is not only very strong Durable and very lightweight. Titanium material will not break, will not rust, and will not corrode in any atmospheric environment. Titanium is so resistant to corrosion that it doesn't even require any paint treatment, we just rub the surface lightly to brighten its natural color, which is more able to reflect the understated luxury of this metal.

Titanium, like steel, also has an inherent flexibility, but this characteristic of titanium is more pronounced. Therefore, it has a very slight elasticity, which means it absorbs shocks from the road before they are transmitted to the driver. (The titanium seatpost also removes some of the shock.)

The titanium alloy frame is made of 3AL/2.5V seamless cold-drawn titanium tube, which is made by unique welding processing technology. The cold working method of the pipe can add extra strength to the material, and can also facilitate the adjustment of the shape of the frame design. And the material is super lightweight, yet strong enough to produce a strong race frame. The 3AL/2.5V titanium tube has the high strength required by advanced aerospace materials, combined with the requirements of geometric and aerodynamic design, so that the rider can have a perfect riding experience

2. The top racing car on the road uses seamless hydroformed 3AL/2.5V double-drawn titanium alloy special-shaped tube, which is not only lighter than the traditional tube, but also effectively improves the rigidity of the frame. Conventional 3AL/2.5V tubing will experience the greatest stress at the weld where there is a heat reflection zone. For a butted frame, the maximum stress is far from the weld. Double butted tubing made of 3AL/2.5V will have advantages over conventional tubing in terms of weight, maximum stress, shape and safety.