When manufacturers produce parts, they will set specific parameters, and the parameters of this setting are determined after countless experiments, especially for products such as bicycles, which are assembled from various parts. Yes, the various parts need to be matched, so there are strict requirements for the parameters between the various parts. Therefore, during the manufacturing process of Customized magnesium alloy rigid front fork die-cast metal parts for bicycles, high-precision production needs to be carried out according to the specific parameters provided by the client, so that it can cooperate with other parts in the later installation process.

The characteristics of customized parts are pertinent, which means that they are specially made for a certain product. The parameters of this part are unique. If this part is produced and used in other products, then It will not be matched successfully, so the rigid front fork of the customized bicycle metal parts can only be used in the designated bicycle. In this way, a good fit can be formed and the riding needs of bicycle users can be met.

The reason for choosing magnesium alloy as the basic material is that in the current bicycle manufacturing industry, various metal parts are developing from aluminum alloy parts to magnesium alloy parts. The density of magnesium alloy is lower than that of rigidity and lower than aluminum alloy. However, the load-bearing effect and durability, corrosion resistance and shock resistance of the finished product are similar to those of these metals, but the weight is much lighter. It is in line with the current lightweight development of the manufacturing industry, and its application in the bicycle field provides users with a lighter and more convenient use.

Therefore, custom-made magnesium alloy rigid front fork die-casting bicycle metal parts has become a trend in making bicycle parts. After combining the characteristics of magnesium alloy, everyone’s bicycles are more durable and lighter. It also prolongs the life of the bicycle.