The main materials for hardware tees are as follows:
aluminum alloy
Features: Aluminum alloy material has the advantages of light weight and corrosion resistance. It can effectively reduce the overall weight of the bicycle, improve the flexibility and comfort of riding. Meanwhile, after surface treatment, aluminum alloy has a good appearance texture, which can meet the aesthetic requirements of different consumers for bicycles.
Application: It is widely used in mid to high end bicycles and is suitable for riders who pursue lightweight and good performance, such as road bikes and some high-end mountain bikes that often use aluminum alloy tees.
steel
Features: The steel material of the five way joint has high strength and can withstand significant stress and impact, making it suitable for bicycles that require high frame strength. It has good toughness, is not easily broken when subjected to external forces, and has good durability. However, steel has a higher density, which can increase the overall weight of the bicycle compared to materials such as aluminum alloy.
Application: Commonly used in some heavy-duty bicycles, retro bicycles, and some mountain bikes that focus on strength and stability. For example, some bicycles used for long-distance or off-road cycling use steel tees to ensure reliability in complex road conditions.
titanium alloy
Characteristics: Titanium alloy combines high strength, low density, and good corrosion resistance. Its strength is comparable to steel, but its weight is much lighter than steel. At the same time, it has excellent fatigue resistance and can withstand long-term cycling stress without fatigue damage. Titanium alloy also has biocompatibility, is non irritating to human skin, and has a unique metallic luster, with a high-end appearance.
Application: Due to the high price of titanium alloy, it is generally used in high-end competitive bicycles or professional bicycles that pursue performance and quality.
carbon fibre
Features: Carbon fiber material has a very high strength to weight ratio, which can reduce weight while ensuring the strength of the five joints. It also has good shock absorption performance, which can effectively absorb vibrations during cycling and improve riding comfort. In addition, carbon fiber can be customized through different weaving methods and resin formulations to meet different mechanical performance requirements.
Application: Commonly used for road bikes and some high-end mountain bikes, especially those used for competitive events, in pursuit of lightweight and performance.
