non-magnetic steel strips can be used for mv armoured cable
Selection of Steel Strips for mv armoured cable
There are usually two types of steel strips used for medium voltage armored cables, one is ordinary low-carbon steel strip and the other is stainless steel strip. Ordinary low-carbon steel strip has the advantages of low cost, good processability, and high strength. However, due to its own magnetism, it can affect the signal transmission performance of MV armored cable, thereby affecting the signal transmission performance of MV cable. Stainless steel strip has the advantages of corrosion resistance, wear resistance, and good tensile performance, but its cost is higher compared to low-carbon steel strip and processing difficulty, which cannot meet the production needs of small and medium-sized manufacturers.
Non magnetic steel strip refers to steel that contains no other magnetic components except for iron. Due to its low hysteresis, it is not easily self magnetized, which improves its effectiveness in power transmission. Moreover, non-magnetic steel strips have advantages such as lower cost and less processing difficulty compared to stainless steel strips, and can also meet the needs of small and medium-sized manufacturers. Therefore, it is feasible to use non-magnetic steel strips in MV armored cables.
Advantages and disadvantages of non-magnetic steel strip
Compared to ordinary low-carbon steel strips and stainless steel strips, MV armored cables using non-magnetic steel strips have the following advantages:
1. Improved the signal transmission quality of MV Armored Cable, ensuring the transmission performance of the cable.
2. The cost is lower and can meet the usage needs of small and medium-sized manufacturers.
3. Low processing difficulty and better plasticity.
4. It can enhance brand image and showcase the technological strength of the enterprise.
However, there are also some shortcomings in the use of non-magnetic steel strips:
1.Due to its high purity of ingredients, the processing difficulty also increases.
2. Insufficient hardness and easy deformation.
Optimization suggestions
In order to better utilize non-magnetic steel strips for the production of MV armored cables, we can propose the following optimization suggestions:
1. Choose high-purity non-magnetic steel strip to increase processing plasticity.
2. Adopt appropriate processing techniques to ensure the hardness and shape stability of non-magnetic steel strips.
3. Further study the durability of non-magnetic steel strips to meet the usage requirements under different working conditions.
