The advantages and disadvantages of titanium bicycles and their distinct experiences

The common structure of our bicycles is composed of iron, aluminum, carbon fiber and titanium, each with its own advantages and disadvantages. Iron: sturdy, economical, malleable, but prone to rust. Aluminum: advantages include light weight, but its hardness and resistance to pressure are somewhat limited. Carbon fiber: advantages include astonishing elasticity and crash resistance compared to any other metal, but its drawback is that it is very expensive. Titanium: with a density only 43% of that of iron, it has higher strength than iron and exceptional fatigue resistance and corrosion resistance. Its plasticity is also good. Among these metals, bicycle enthusiasts have always had an extremely strong affection for titanium bicycles. One of the most common features in the application of titanium bicycles is their use in various types of competitions. When an experienced competitor rides a titanium bicycle, they are extremely shocked and can hardly express their feelings in words. The charm of titanium bicycles lies in their touch, tension, and elasticity. A bicycle with an anti-tread plate design is usually uncomfortable to ride. A titanium bicycle is the opposite of the high-tread plate design and can reduce road impact more effectively than other metals. The density of titanium is lower than that of iron, and its seismic resistance is extremely superior. Titanium bicycles provide three decisive factors for the rider: light, hard, and smooth riding. A woman described it as "God's riding machine".