Stress occurs in many equipment and products. Many companies use professional instruments to detect and deal with them in time when processing products to ensure the normal production of products. So what are the benefits of removing stress from brass tubes?

The stress-removal of brass tubes can carry out stress inspection on the components, and the situation assessment is to find the stress concentration area as soon as possible, quickly and efficiently analyze and measure the stress and strain force of the key parts of the components, and complete the analysis of the compressive strength of the components. At the same time, the application status and service life of components are evaluated and the initial inspection and testing are completed. This is also a problem that needs to be resolved urgently in the stress industry at this stage, and it is also the specific direction of structural mechanics analysis in recent years. Therefore, stress inspection and condition assessment are the hotspots of scientific research in various countries in the world.

After the brass tube is produced and processed, the stress is removed by a quenching furnace, and the stress is detected to be cracked, right, the heat insulation time is shorter. HSn70-1 has a tendency of stress corrosion cracking, and it is necessary to carry out stress relief ultra-low temperature quenching for cold drawn pipe fittings. HSn70-1 is easy to crack during production and processing, so the composition of the residue must be strictly controlled. This kind of aluminum alloy has a tendency of stress corrosion cracking, so cold drawn pipe fittings must be ultra-low temperature quenching to eliminate stress. (α+β) Tin red copper such as 62Cu-37Zn-1Sn has outstanding structural mechanics. The soft tensile strength is 380MPa, the tensile strength is 40%. It can be processed under cold and hot working pressure, easy to cut, and electric welding. It has good weldability and high corrosion resistance in the sea. It is suitable for ship parts, parts that come into contact with the sea, motor gasoline, etc.

Stress concentration is one of the main reasons why key installation components such as pipelines, high-pressure vessels, turbochargers, refrigeration compressor leaves and airport prefabricated components are ineffective. Due to the daily production, processing, and manufacturing of metal structures, residual stress caused by electric welding deformation and the stress concentration caused by the movement and static load during the whole process of joining the army will change the characteristics of the equipment and cause damage to the components. Changes in physical properties will eventually result in reduced corrosion resistance, increased fatigue limit, reduced fatigue life, and the gradual cracking of the shape precision of parts and components, such as distortions and changes.

Stress causes and stress concentration will cause damage and ineffectiveness of raw materials and structures. Therefore, to eliminate the stress and deformation, the first step is to analyze the stress spread of the data and the physical and chemical characteristics of the raw materials under the stress condition, which can prevent the damage or invalidity that will occur in the use of the engineering project. Stress is not the only shortcoming, and sometimes some beneficial physical property changes occur. Effective use of such multiple aspects can improve the physical properties of the data, so the analysis of the stress spread of the data and the physical properties under stress has a theoretical basis for research. With specific use value, the stress test standard is a necessary way to maintain this use value.