Electro-tinned steel strip for coaxial cables (YB/T5088-1993)

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Introduction

Zinc plated steel straps for coaxial cable, referred to as zinc plated steel straps (YB/T5088-1993), are widely used in cable harnesses, plant and equipment, electrical and mechanical systems and other applications. Zinc plated steel straps are composed of three layers, an inner layer of steel, a copper-zinc alloy layer, and an outer layer of zinc. This three-layer composite structure plays an important role in protecting the steel from corrosion and wear, and thus extending the service life of the product.

Technology

Because zinc plated steel strap plays a very important role in cable harnesses, it must have good mechanical properties. The mechanical properties of a product are determined by a number of factors, including the type of steel used, the finishing process, and the tempering and hardening processes employed.

The type of steel used for zinc plated steel straps is important because it affects the wear resistance and strength of the product. In general, cold-rolled steel is used for zinc plated steel straps because it offers better corrosion resistance and is more ductile than other types of steel.

Once the steel has been selected, the next step is to finish it. This is usually done by plating the steel with zinc. This is done by immersing the steel in an electrolyte solution and then using an electric current to force zinc ions into the steel. The layer of zinc provides some protection against corrosion and wear.

After the steel has been plated, it is then tempered and hardened. This is done to improve the mechanical properties of the steel by changing its grain structure. During tempering, selected zones of the steel are placed under stress, which causes the grains to become aligned in a certain direction. In order to reach the desired mechanical properties, the steel must be hardened to reduce its susceptibility to wear and tear.

Applications

Zinc plated steel straps are used to secure cables and other components in a cable harness. Cables are typically secured at two ends, and the zinc plated steel strap provides a secure connection between the two ends. The use of zinc plated steel straps has a number of advantages, including low cost, easy installation and corrosion resistance.

Zinc plated steel straps are also used in many industrial and mechanical applications, including conveyor systems, factory machinery, production lines and other systems. The straps are robust and corrosion-resistant, making them suitable for use in a harsh environment.

Conclusion

Zinc plated steel straps (YB/T5088-1993) are widely used to secure cables and other components in cable harnesses, as well as in industrial and mechanical applications. The three-layer composite structure of the product provides strong wear resistance and corrosion resistance, while the finishing and hardening processes improve its mechanical properties. The use of zinc plated steel straps is cost-effective and easy to install, making them a popular choice for many applications.

Tinned Steel Strip for Coaxial Cable

YB/T5088-1993 is a standard for tinned steel strip for coaxial cable. This standard applies to steel strip which is plated with tin for coaxial cable. The steel strip used for coaxial cable is also known as tinned copper clad steel.

The technical requirements specified in this standard are as follows: the tensile strength of the material must be not less than 360MPa; the elongation of the material must be not less than 25%; Its surface should be uniformly covered with tin sheet with reasonable adhesion; The content of tin in the tin sheet should be not less than 99.5%; The thickness of the tin sheet should not be less than 0.12mm; The iron content should not exceed 0.02%; The surface quality should meet the requirements of YB/T5090-1993.

Tinned steel strips are widely used in the production of coaxial cables. The YB/T5088-1993 standard provides a reliable reference for the quality of the tinned steel strips used in the production of coaxial cables. To ensure that the coaxial cable works normally, it is necessary to strictly comply with the requirements of this standard when selecting the material.