Industrial cables that are exposed to harsh environments are prone to corrosion, which can lead to equipment failure and costly repairs. To combat this issue, stainless steel cable trays have become a popular solution. The trays are highly resistant to strong corrosive elements like sulfuric acid, nitric acid, and various types of alkali, ensuring that the cables within them remain protected. Furthermore, these trays have excellent bearing capacity, high tensile strength, and good mechanical performance, thereby ensuring that the cables are well-supported and remain in optimal condition. With a stainless steel cable tray, installation is made easy, and the risk of corrosion-related issues is significantly reduced.
The rusty steel bridge's inner groove is made up of a blend of fire-resistant materials that include glass fiber reinforced plastic and various other fireproof compounds. To add an extra layer of protection, the exterior is coated with a fire retardant coating, ensuring the highest possible safety standards are met. This bridge exceeds the expected standards, both domestically and internationally, for its horizontal and vertical combustibility levels, as well as its dark heat length.
The stainless steel cable tray is designed with the combination of various cable tray advantages, with emphasis on enhancing heat insulation, heat dissipation, and fire prevention. By adopting a composite structure and double heat insulation, this tray offers both internal and external flame retardancy to ensure fire prevention. In addition, it provides excellent exhaust heat dissipation and is capable of self-extinguishing during fires, further enhancing its safety features.
The stainless steel bridge is a versatile solution for laying power cables under 10kV, both indoors and outdoors. It is an optimal choice for overhead cable laying, control cable, lighting wiring, and other tunnel cable laying applications. The use of cable tray is crucial for the safety of power cables, as without it, the cable may experience significant tension at both ends (fixed end) and bear sagging force in the middle. To ensure the uniform stress distribution of the cable and ensure its stable operation, cable bridges must be used to disperse the various forces of the cable and guarantee its safety and reliability. The stainless steel bridge comes with a variety of benefits, such as a wide range of applications, high strength, easy installation, flexible power distribution, and a modern and stylish look. It is ideal for technical transformation, cable expansion, maintenance, and repair.
