Engineering projects need to control costs. The price of steel keeps going up. Every kilogram of material costs money. But you cannot use thinner steel because the tray might bend. Our Lightweight Energy Saving Tray solves this problem with clever design. We use corrugated construction. The tray is rolled into a wave pattern. This shape is much stronger than flat steel. We use less material but achieve the same rigidity. Your project saves money on material. You also save money on shipping because the tray is lighter.
How Corrugation Makes the Tray Stronger
Think of a piece of paper. Flat paper bends easily. Corrugated paper is much stiffer. The same principle applies to steel. Our tray starts with standard steel. We pass it through a roller. The roller creates a wave pattern. The waves add structure. The tray becomes rigid without thick material. Compared to flat trays, our corrugated tray weighs 30% to 50% less. But it carries the same load. The cooling surface area increases by 40% because of the waves. This helps keep cables cooler. The tray does not bend or sag under normal loads.
Used in Many Applications
The Lightweight Energy Saving Tray works in many places. You see it in office buildings, shopping malls, and hospitals. It works for both power and data cables. The material choices are the same as our standard trays. Q235 steel with powder coating works indoors. Hot-dip galvanized steel works outdoors. Stainless steel works in wet areas. Aluminum works for the lightest installations. All accessories match the tray in weight and strength. The 2-year warranty covers everything. This tray is the smart choice for projects where budget and performance both matter.
Product Specifications
|
Parameter |
Specifications / Options |
|
Width |
60, 80, 100, 150, 200, 250, 300, 350, 400, 450, 500, 600, 800, 1000mm |
|
Side Height |
40, 50, 60, 80, 100, 150, 200mm |
|
Standard Length |
2000mm, customizable to 3000/6000mm |
|
Structure |
Corrugated roll-formed construction. Wave pattern adds rigidity. Self-weight 30-50% less than flat trays. Heat dissipation area increased by 40%. |
|
Material & Finish |
Q235 Carbon Steel: Powder coating (≥60μm) or Hot-dip galvanized (≥65μm, ≥480h salt spray) or Zinc-Aluminum-Magnesium coating. Stainless Steel: 304 or 316. Aluminum: 6063. |
|
Plate Thickness (Steel/SS) |
W<300mm: 1.0mm; 300≤W<500: 1.2mm; 500≤W<800: 1.4mm; W>800: 1.5mm |
|
Load Performance |
Deflection ≤ Span / 200 at rated load. Meets T/CECS 31-2017 requirements. |
|
Accessories |
90° bends, tees, crosses, reducers, end caps, corrugated splice plates, lightweight couplers, brackets, drop rods |
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