Die CNC-Bearbeitung und Oberflächenveredelung der starren Vordergabel aus Magnesiumlegierung für Fahrräder für Fahrräder tragen zur Reise des Fahrers bei

The standard of social progress is that people can make full use of the earth’s resources to create a variety of products. And natural metal materials provide the necessary foundation for the development of human society. In the development of bicycles, the development of metal materials from the previous aluminum alloy to the current magnesium alloy is a material change and a technical choice. The CNC Machining and surface finish of Magnesium Alloy Rigid Front Fork for Bicycle for bicycles meets the existing technology, improves the use characteristics of the product, and increases the convenience of consumers.

The body of bicycles has always been made of aluminum alloy, and our country’s reserves of aluminum resources rank ninth in the world, and a large amount of imports are needed every year to meet the demand of the production market. my country’s magnesium resource content is very rich, not only can meet the needs of self-production, but also become an important country for magnesium resource export. Magnesium has low density among metals, so the overall mass of magnesium alloy products is very light, lighter than steel and lighter than aluminum. Moreover, the modulus of elasticity is large and the machinability is good, and different product forms can be customized according to the needs of the product.

The use of magnesium alloy effectively reduces the weight of the entire product without reducing the strength of the parts. Especially in bicycles, the way of travel depends on the output of manpower, and the heavier the body, the greater the pedaling force for the rider. It can be said that the whole process will be more strenuous. The bicycle front fork using magnesium alloy remains unchanged in strength and can well bear the weight brought by the body and the rider. Moreover, the weight of the entire body becomes lighter, and even in areas where it is impossible to ride, it can be easily lifted to reduce physical consumption. In the same load, the shock absorption of magnesium alloy is also stronger than that of aluminum alloy.

The development of technology has brought a qualitative leap for many industries. The use of magnesium alloys has also added reforming power to the bicycle industry. The CNC Machining and surface finish of Magnesium Alloy Rigid Front Fork for Bicycle uses advanced CNC technology and high-quality metal characteristics to bring more riding enthusiasts a better riding experience.