Nowadays, metal processing, or hardware processing, are equipped with specialized machinery and equipment. The workmanship is also much more convenient, and it is much faster than manual work. If there is no mechanical equipment, the number of manual work cannot keep up with the current development. Now, machinery and equipment can be said to be everywhere in various industries, such as balers, packaging machines, folding machines, cranes, forklifts, etc., can be said to be in use now!

Custom metal processing

When performing precision machining, if the selected material is not strong enough, it may cause the processed parts to fail to meet the requirements of the mechanical equipment, because in this way, you must know the material requirements clearly when processing happening!

If it is to process a metal material, then it depends on its hardness. Among many metal materials, stainless steel is the hardest, while cast iron is slightly second. The hardness of copper is lower than that of cast iron, while the hardness of aluminum It is the lowest. Therefore, stainless steel should be selected for workpieces with high hardness requirements, and aluminum should be selected for low requirements.

1. First, we must understand the hardness requirements. In some places, the higher the hardness requirements of the parts, the better. However, this is generally only required when processing the workpiece. If it is a processing material, then the hardness Generally, it cannot be too hard, otherwise it may cause the material to be too hard and affect the normal operation of the machine.

Precision machining

2. Then, it depends on the specific function of the processed parts. If it is used in some high temperature industries, then the selected material must be high temperature resistant material, and used in some other industries, then, Just choose the right material according to industry requirements.

The above is the related content of the material requirements of precision machining. In simple terms, it has other requirements for the material in addition to the hardness requirements. The specific requirements must be determined in combination with the situation, otherwise it may be because there is no meet the requirements and cause the produced parts to be unusable.