Zinc aluminum magnesium photovoltaic cable tray, DC cable tray, AC cable tray

Description :

This cable tray is made of high-quality zinc aluminum magnesium alloy as the core substrate. With the excellent characteristics of the material itself, it has become the preferred supporting product for cable laying in the field of new energy power generation. It has durability, economy, and environmental friendliness, perfectly adapting to the harsh usage needs of various new energy power generation scenarios.

The core advantages of the product focus on the unique properties of zinc aluminum magnesium materials: firstly,Outstanding anti-corrosion performanceThe zinc aluminum magnesium ternary alloy coating forms a synergistic protection system, with corrosion resistance 3-10 times that of traditional hot-dip galvanized bridge frames. The neutral salt spray test can last up to 5000 hours, effectively resisting outdoor erosion such as sandstorms, salt spray, and ultraviolet rays, and solving the problem of bridge frame corrosion from the root; Secondly,Having unique self-healing abilityWhen scratches or cuts appear on the surface of the bridge, the magnesium element in the coating will migrate to the damaged area to form a new protective film, preventing corrosion from spreading from the damaged area. No additional protective treatment is required to ensure long-term stable use; Thirdly,High structural strength and easy processingThe material has a hard texture, compressive and wear-resistant properties, with a hardness more than twice that of ordinary galvanized steel plates. It also has excellent bending and welding performance, and is not prone to coating peeling or cracking during processing. It is suitable for on-site cutting, drilling and other construction needs, and is overall lightweight, which can reduce installation load and construction difficulty; Fourthly,Green EconomyUsing environmentally friendly alloy materials that comply with EU RoHS standards, there are no harmful volatiles. Although the initial investment is slightly higher, there is no need for frequent maintenance and replacement throughout the entire life cycle, greatly reducing operation and maintenance costs, which is highly compatible with the environmental protection concept of new energy generation.

In the application scenarios of new energy generation, this product has strong adaptability and can be widely used in various scenarios such as large-scale ground photovoltaic power stations, distributed industrial and commercial rooftop photovoltaics, offshore photovoltaic platforms, wind power bases, etc. It is particularly suitable for cable laying in extreme environments such as wind and sand erosion in the northwest region, salt spray corrosion in coastal areas, and strong ultraviolet radiation in the Qinghai Tibet Plateau. Whether it is the "vascular system" of photovoltaic power plants - cable transmission, outdoor wiring of wind energy bases, or the strict anti-corrosion requirements of offshore photovoltaics, this bridge can stably carry power transmission tasks. Its service life can match the 25 year design life of photovoltaic power plants, effectively ensuring the long-term safe and efficient operation of new energy power generation systems and laying a solid foundation for the stable production of new energy projects.

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