In order to reduce the size of components, Bo titanium hydraulic wrenches using high-strength alloy materials and heat treatment is a common method. At the same time, the use of finite element analysis to optimize the design, to reduce the size and weight of components, is also a very important part. This article will analyze the size optimization of Bo titanium hydraulic wrench from these two aspects. At the same time, how to obtain high-quality products, the article also elaborated on the basic manufacturing conditions and experimental methods.
So how to heat-treat the high-strength alloy material of Bo titanium hydraulic wrench? The method is as follows: For the purpose of reducing the size and weight of the Bo titanium hydraulic wrench components by using a high-strength alloy material and a heat treatment method. Due to the current widespread global trade, the difficulty of finding high-strength materials is not very difficult. However, in order to increase the strength of one part, it is necessary to apply heat treatment and surface treatment to Bo titanium hydraulic wrenches. Stable, and for the uniformity of the material strength is also very high (mainly due to the internal parts of the Bo titanium hydraulic wrench irregularities), the current domestic enterprises is still difficult for Bo titanium hydraulic wrench internal parts of the strength of more than 1000MPa, even Individually achieved, it is difficult to achieve batch stability. It is also necessary to learn more from similar products abroad, invest more manpower and funds in a longer period of time, and try and experiment with materials and heat treatment. Bo titanium hydraulic wrenches are often used in narrow spaces and inconvenient transportation during construction. Therefore, the volume and weight of the hand are the most important indicators. Bo titanium hydraulic wrench Co., Ltd. has fully grasped the effective way of Bo titanium hydraulic wrench heat treatment, Bo titanium hydraulic wrench with excellent quality to serve the global customers.