Cable Trays
Importers in Clark

Support spacing usually runs 1.5 to 3.0 m depending on load class and cable weight. A tray rated at a 1.5 m span will deflect noticeably more at 3 m, so span and load can't be judged separately; they're two sides of the same number. Tell us the cable weight per metre and your preferred support spacing and we'll confirm the correct gauge and load class.

Aluminium suits weight-sensitive installations and mildly corrosive environments. It's naturally corrosion-resistant and roughly a third the weight of steel, though the trade-off is lower mechanical strength, which shortens support spans. For most heavy power and outdoor runs, hot-dip galvanized steel remains more economical. Aluminium earns its premium on rooftops, offshore topsides and long horizontal runs, where every kilogram saved matters.

Our mainstream export product is hot-dip galvanized and stainless steel tray, and that covers the vast majority of power, control and data projects. FRP or fibreglass has its place in highly corrosive chemical plants, where even stainless struggles. Tell us the environment and chemical exposure on your run and we can recommend the right material, whether that's steel, stainless or something else.

Ladder trays are the right call for heavy power cabling, they give open rungs so warm air rises away from conductors, handle large cable bend radii without a tight bottom, and span further between supports. Perforated trays suit lighter control and instrumentation runs where you want continuous bottom support for smaller cables. For a data-centre busway feed, a substation cable corridor or a refinery main cable route, specify ladder. For a panel-room control loom or an instrument cable highway, perforated is enough.