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Strut Channel

Strut channels are structural components made from sheet steel, usually galvanized or coated to resist corrosion. Their modular design allows them to be easily connected using bolts, nuts, and fittings, forming robust support structures. They can also support heavy loads depending on their configuration and installaton.
They provide organized system to support electrical conduits, cable trays, wiring, plumbing and piping, HVAC ductwork, MS piping and other components, particularly in commercial and industrial buildings. They act as reliable mounting systems for solar panels, providing flexibility and durability for positioning panels on rooftops or ground based installations. The combination of strength, versatility, and ease of use makes strut channels an indispensable component in a wide range of construction, industrial, and utility applications.

Sr# Item Code Size Length (mtr) Material Coating
+ 1 GM412115 41x21x1.5 3,6 S250GD I S235 JR pre-galvanized (Z-275) I HDG epoxy I coated
Identification Weight [kg/m] Length [m] Area [mm²] Centroid dist CD [mm] Moment of Inertia Z-AXIS [mm⁴] Moment of Inertia Y-AXIS [mm⁴] Resistant Module Z-AXIS [mm³] Resistant Module Y-AXIS [mm³]
GM412115 1.19 00 142 8.06 35895 9456 1738 742
+ 2 GM412120 41x21x2.0 3,6 S250GD I S235 JR pre-galvanized (Z-275) I HDG epoxy I coated
Identification Weight [kg/m] Length [m] Area [mm²] Centroid dist CD [mm] Moment of Inertia Z-AXIS [mm⁴] Moment of Inertia Y-AXIS [mm⁴] Resistant Module Z-AXIS [mm³] Resistant Module Y-AXIS [mm³]
GM412120 1.5 00 186 8.06 45244 11616 2190 911
+ 3 GM412125 41x21x2.5 3,6 S250GD I S235 JR pre-galvanized (Z-275) I HDG epoxy I coated
Identification Weight [kg/m] Length [m]Area [mm²] Centroid dist CD [mm] Moment of Inertia Z-AXIS [mm⁴] Moment of Inertia Y-AXIS [mm⁴] Resistant Module Z-AXIS [mm³] Resistant Module Y-AXIS [mm³]
GM412125 1.87 00 226 8.06 53387 13345 2585 1047
+4GM41411541x41x1.53,6S250GD I S235 JRpre-galvanized (Z-275) I HDG epoxy I coated
Identification Weight [kg/m] Length [m] Area [mm²] Centroid dist CD [mm] Moment of Inertia Z-AXIS [mm⁴] Moment of Inertia Y-AXIS [mm⁴] Resistant Module Z-AXIS [mm³] Resistant Module Y-AXIS [mm³]
GM414115 1.95 00 203 17.7 56956 46953 2889 1989
+5GM41412041x41x2.03,6S250GD I S235 JRpre-galvanized (Z-275) I HDG epoxy I coated
Identification Weight [kg/m] Length [m] Area [mm²] Centroid dist CD [mm] Moment of Inertia Z-AXIS [mm⁴] Moment of Inertia Y-AXIS [mm⁴] Resistant Module Z-AXIS [mm³] Resistant Module Y-AXIS [mm³]
GM414120 2.17 00 266 17.7 76133 59610 2687 2523
+6GM41412541x41x2.53,6S250GD I S235 JRpre-galvanized (Z-275) I HDG epoxy I coated
IdentificationWeight [kg/m]Length [m]Area [mm²]Centroid dist CD [mm]Moment of Inertia Z-AXIS [mm⁴]Moment of Inertia Y-AXIS [mm⁴]Resistant Module Z-AXIS [mm³]Resistant Module Y-AXIS [mm³]
GM414125 2.66 00 326 17.7 91022 70880 4408 2998
+7GM41622041x62x2.03,6S250GD I S235 JRpre-galvanized (Z-275) I HDG epoxy I coated
IdentificationWeight [kg/m]Length [m]Area [mm²]Centroid dist CD [mm]Moment of Inertia Z-AXIS [mm⁴]Moment of Inertia Y-AXIS [mm⁴]Resistant Module Z-AXIS [mm³]Resistant Module Y-AXIS [mm³]
GM416220 2.84 00 350 27.7 108568 167227 5258 4830
+8GM41622541x62x2.53,6S250GD I S235 JRpre-galvanized (Z-275) I HDG epoxy I coated
IdentificationWeight [kg/m]Length [m]Area [mm²]Centroid dist CD [mm]Moment of Inertia Z-AXIS [mm⁴]Moment of Inertia Y-AXIS [mm⁴]Resistant Module Z-AXIS [mm³]Resistant Module Y-AXIS [mm³]
GM416225 6.96 00 862 62.3 260800 1061500 12630 17039
+9GM41722041x72x2.03,6S250GD I S235 JRpre-galvanized (Z-275) I HDG epoxy I coated
IdentificationWeight [kg/m]Length [m]Area [mm²]Centroid dist CD [mm]Moment of Inertia Z-AXIS [mm⁴]Moment of Inertia Y-AXIS [mm⁴]Resistant Module Z-AXIS [mm³]Resistant Module Y-AXIS [mm³]
GM417220 3.14 00 390 32.5 124013 244391 6005 6144
+10GM41722541x72x2.53,6S250GD I S235 JRpre-galvanized (Z-275) I HDG epoxy I coated
IdentificationWeight [kg/m]Length [m]Area [mm²]Centroid dist CD [mm]Moment of Inertia Z-AXIS [mm⁴]Moment of Inertia Y-AXIS [mm⁴]Resistant Module Z-AXIS [mm³]Resistant Module Y-AXIS [mm³]
GM417225 3.87 00 481 32.5 149358 295647 7233 7429
+11GM41822041x82x2.03,6S250GD I S235 JRpre-galvanized (Z-275) I HDG epoxy I coated
IdentificationWeight [kg/m]Length [m]Area [mm²]Centroid dist CD [mm]Moment of Inertia Z-AXIS [mm⁴]Moment of Inertia Y-AXIS [mm⁴]Resistant Module Z-AXIS [mm³]Resistant Module Y-AXIS [mm³]
GM418220 3.45 00 430 37.4 139458 341020 6753 7594
+12GM41822541x82x2.53,6S250GD I S235 JRpre-galvanized (Z-275) I HDG epoxy I coated
IdentificationWeight [kg/m]Length [m]Area [mm²]Centroid dist CD [mm]Moment of Inertia Z-AXIS [mm⁴]Moment of Inertia Y-AXIS [mm⁴]Resistant Module Z-AXIS [mm³]Resistant Module Y-AXIS [mm³]
GM418225 3.45 00 430 37.4 139458 341020 6753 7594
+13GMD41412541x41x2.5 ][3,6S250GD I S235 JRpre-galvanized (Z-275) I HDG epoxy I coated
IdentificationWeight [kg/m]Length [m]Area [mm²]Centroid dist CD [mm]Moment of Inertia Z-AXIS [mm⁴]Moment of Inertia Y-AXIS [mm⁴]Resistant Module Z-AXIS [mm³]Resistant Module Y-AXIS [mm³]
GMD414125
+14GMD41622541x62x2.5 ][3,6S250GD I S235 JRpre-galvanized (Z-275) I HDG epoxy I coated
IdentificationWeight [kg/m]Length [m]Area [mm²]Centroid dist CD [mm]Moment of Inertia Z-AXIS [mm⁴]Moment of Inertia Y-AXIS [mm⁴]Resistant Module Z-AXIS [mm³]Resistant Module Y-AXIS [mm³]
GMD416225