Material: Commonly used stainless steel materials such as 201, 304, 316, and 316L. Among them, 304 is widely used with good corrosion resistance and stability; 316 adds molybdenum on the basis of 304, offering stronger corrosion resistance and suitability for highly corrosive environments; 201 has relatively poor corrosion resistance but lower cost.

- Product Features

- Strong corrosion resistance: The stainless steel material itself has anti-corrosion capabilities, allowing it to be used for extended periods in harsh environments such as humidity, salt spray, and chemical corrosion without frequent maintenance.

- High strength and good toughness: It can withstand significant mechanical loads, is not easily deformed, and provides stable support for cables.

- Good heat dissipation: The bottom perforation design facilitates cable heat dissipation, reducing operating temperatures and extending cable service life.

- Strong performance: Effectively prevents signal interference in circuits, ensuring stable signal transmission.

- Good fire resistance: Stainless steel itself is non-combustible and offers certain fire-resistant properties.

- Aesthetic appearance: Smooth and glossy surface with a simple design that harmonizes with architectural environments.

- Structural type: Typically consists of a perforated base plate and side edges, or is made by punching and bending a whole sheet, generally in a tray-like structure. Some models can be equipped with protective covers as needed.

- Application scope: Widely used in industries such as chemical, petroleum, power, food, medical, and communications. Suitable for both power cable installation and control cable laying. It offers significant advantages in environments with high requirements for corrosion resistance, hygiene, and signal integrity, such as chemical workshops, food processing plants, data centers, and hospitals. It can also be used in outdoor corrosive environments.

- Thickness standards: According to "JBT10216-2013 Cable Trays for Electric Control and Distribution," the minimum plate thickness for stainless steel cable trays is 1.0mm when the width W ≤ 150mm; 1.2mm when 150 < W ≤ 300mm; 1.5mm when 300 < W ≤ 500mm; 2.0mm when 500 < W ≤ 800mm; and 2.2mm when W > 800mm.

- Installation and maintenance: Simple structure and easy installation, assembled using bolts and other connectors, adaptable to various installation environments and layout requirements. Low maintenance costs due to strong corrosion resistance, eliminating the need for regular anti-corrosion treatments. Only periodic inspections of the tray and cable conditions are required.

- Price: Compared to cable trays made of other materials, stainless steel tray cable trays are more expensive. However, their performance offers competitive overall costs in projects with high environmental requirements and long service life demands.