Detailed explanation of stainless steel bridge products
Stainless Steel Cable Tray is a cable laying system made of 304/316 stainless steel, which has the characteristics of super strong corrosion resistance, high mechanical strength, and long service life. It is specially designed for harsh environments such as chemical, marine, food, and pharmaceutical industries, and is a high-end alternative to ordinary galvanized cable trays.
1. Core features of the product
(1) Material comparison
304 stainless steel: universal type, resistant to weak acid and alkali (such as rainwater, ordinary atmosphere)
316 stainless steel: containing molybdenum (Mo), resistant to strong acids/salt spray (such as seawater, H ₂ S)
316L stainless steel: ultra-low carbon, resistant to intergranular corrosion (still resistant to corrosion after welding)
(2) Performance advantages
-Corrosion resistance: 3-5 times longer than the service life of galvanized cable trays (up to 30 years outdoors);
-High strength: Tensile strength ≥ 520MPa (1.5 times that of galvanized steel);
-Hygiene and Environmental Protection: No coating peeling, compliant with FDA/GMP certification;
-Fireproof: Melting point up to 1400 ℃, no additional fireproof treatment required.
2. Structure type and specifications
(1) Common structural forms
Cascade type: open type, good heat dissipation, strong load-bearing capacity | Applicable cable: power cable (≥ 35mm ²)
Slot type: fully enclosed, dust-proof and anti-interference | Suitable cable: optical cable/weak wire (requires shielding)
Tray type: bottom punching, balanced heat dissipation and protection | Suitable for mixed laying of power and control cables
(2) Standard specifications
-Width: 100mm/200mm/300mm/400mm/600mm (customizable);
-Height: 50mm/100mm/150mm (height of stepped side beams);
-Thickness: 1.5mm (light), 2.0mm (heavy), 3.0mm (super heavy).
3. Typical application scenarios
(1) Extreme corrosive environment
-Ocean engineering: offshore wind power platform (316L material+anti seawater coating);
-Chemical plant: Acid washing workshop (resistant to HF/HCl gas).
(2) High hygiene standard places
-Food processing: Meat production line (easy to clean, no bacterial growth);
-Pharmaceutical factory: GMP clean area (free of dust and debris).
(3) Special industries
-Nuclear power plant: 1E level safety cable laying (anti radiation aging);
-Data center: high-value equipment area (anti electromagnetic interference+long lifespan).
Detailed explanation of stainless steel bridge products
Stainless Steel Cable Tray is a cable laying system made of 304/316 stainless steel, which has the characteristics of super strong corrosion resistance, high mechanical strength, and long service life. It is specially designed for harsh environments such as chemical, marine, food, and pharmaceutical industries, and is a high-end alternative to ordinary galvanized cable trays.
1. Core features of the product
(1) Material comparison
304 stainless steel: universal type, resistant to weak acid and alkali (such as rainwater, ordinary atmosphere)
316 stainless steel: containing molybdenum (Mo), resistant to strong acids/salt spray (such as seawater, H ₂ S)
316L stainless steel: ultra-low carbon, resistant to intergranular corrosion (still resistant to corrosion after welding)
(2) Performance advantages
-Corrosion resistance: 3-5 times longer than the service life of galvanized cable trays (up to 30 years outdoors);
-High strength: Tensile strength ≥ 520MPa (1.5 times that of galvanized steel);
-Hygiene and Environmental Protection: No coating peeling, compliant with FDA/GMP certification;
-Fireproof: Melting point up to 1400 ℃, no additional fireproof treatment required.
2. Structure type and specifications
(1) Common structural forms
Cascade type: open type, good heat dissipation, strong load-bearing capacity | Applicable cable: power cable (≥ 35mm ²)
Slot type: fully enclosed, dust-proof and anti-interference | Suitable cable: optical cable/weak wire (requires shielding)
Tray type: bottom punching, balanced heat dissipation and protection | Suitable for mixed laying of power and control cables
(2) Standard specifications
-Width: 100mm/200mm/300mm/400mm/600mm (customizable);
-Height: 50mm/100mm/150mm (height of stepped side beams);
-Thickness: 1.5mm (light), 2.0mm (heavy), 3.0mm (super heavy).
3. Typical application scenarios
(1) Extreme corrosive environment
-Ocean engineering: offshore wind power platform (316L material+anti seawater coating);
-Chemical plant: Acid washing workshop (resistant to HF/HCl gas).
(2) High hygiene standard places
-Food processing: Meat production line (easy to clean, no bacterial growth);
-Pharmaceutical factory: GMP clean area (free of dust and debris).
(3) Special industries
-Nuclear power plant: 1E level safety cable laying (anti radiation aging);
-Data center: high-value equipment area (anti electromagnetic interference+long lifespan).
