As a high-performance tubing material, stainless steel tubing coil with its unique characteristics and wide range of applications has become an indispensable part of modern industry. Its wall is uniform, with a thickness only 50-70% of that of copper tubes, but its overall thermal conductivity is superior to copper tubes. This makes stainless steel tubing coil perform excellently in heat exchange and cooling systems. Although the passive film on the surface of stainless steel tubing coil has relatively weak corrosion resistance, because its wall thickness is uniform and the surface is smooth, it is not easy for oxidation layers to form on the inner and outer walls, thereby maintaining the brightness and beauty of the inner and outer walls.
The corrosion resistance of stainless steel tubing coil is also a major highlight. It can resist high-temperature steam, impact corrosion, and ammonia corrosion, which makes it widely used in chemical, petroleum, pharmaceutical, and other industries. Additionally, stainless steel tubing coil has characteristics like anti-scaling, not easily contaminated, and anti-oxidation corrosion, making its lifespan longer, reducing the frequency of maintenance and replacement, and thereby lowering maintenance costs.
In terms of mechanical properties, stainless steel tubing coil also performs excellently. Its pipe installation process is good and can directly replace pipes, which not only improves installation efficiency but also ensures the safety and reliability of use. Simultaneously, stainless steel tubing coil shows its superiority in high-pressure, high-strength, and mechanical structural materials, making it widely used in aerospace and automotive manufacturing fields.
To ensure the long-term stable operation of stainless steel tubing coil, correct maintenance and care are crucial. First of all, when cleaning stainless steel tubing coil, attention should be paid to controlling the force to avoid causing damage to it. Because the material of stainless steel tubing coil may undergo elastic and plastic deformation under force, excessive stress may cause it to break, so special care should be taken during cleaning.
Secondly, for the internal cleaning of stainless steel tubing coil, water washing can be used. Although ordinary seamless steel tubes may have issues such as uneven wall thickness and low brightness of the internal surface, these issues are relatively rare in stainless steel tubing coil, but regular cleaning is still required to maintain its good performance.
Furthermore, regular external inspections of stainless steel tubing coil are necessary to promptly remove dust and dirt from the surface. During testing and reshaping, offline processing is needed to avoid causing unnecessary damage to the tubing. It is important to note that alcohol or other organic solvents should not be used to wipe stainless steel tubing coil to avoid surface corrosion. Additionally, contact with acidic media should be avoided to prevent corrosion and affect the service life of the tubing.
