ACS Aluminum Clad Steel Stranded Conductor 117-A20SA 117mm2 BS EN 50182
菜单 Bare Conductor All Aluminium Conductor AAC Aluminium Clad Steel Strand ACS Overhead Insulated Cable Covered Line Wire Building Wire PVC Insulated Wire XLPE Insulated Wire LSZH Wire Rubber Cable Rubber Insulation Cable Flexible Cable Welding Cable Power Cable Low Voltage Power Cable Medium Voltage Power Cable Solar Cable H1Z2Z2-K Solar Cable PV1-F Solar Cable Control Cable Control Cable Flexible Control Cable Communication Cable Fiber Optic Cable Special Cable Mineral Insulated Cable ACS Aluminum Clad Steel Stranded Conductor 117-A20SA 117mm2 BS EN 50182 ACS (Aluminum clad steel stranded) is a cable structure formed by coating a high-strength steel core with an aluminum layer and then stranding the components together. This design integrates the mechanical strength of steel with aluminum’s corrosion resistance and electrical conductivity. Due to its durability and performance in harsh environments, it is extensively used in overhead transmission lines, ground wires, and guy wi
ACS Aluminum Clad Steel Stranded Conductor 93-A20SA 93.3mm2 BS EN 50182
菜单 Bare Conductor All Aluminium Conductor AAC Aluminium Clad Steel Strand ACS Overhead Insulated Cable Covered Line Wire Building Wire PVC Insulated Wire XLPE Insulated Wire LSZH Wire Rubber Cable Rubber Insulation Cable Flexible Cable Welding Cable Power Cable Low Voltage Power Cable Medium Voltage Power Cable Solar Cable H1Z2Z2-K Solar Cable PV1-F Solar Cable Control Cable Control Cable Flexible Control Cable Communication Cable Fiber Optic Cable Special Cable Mineral Insulated Cable ACS Aluminum Clad Steel Stranded Conductor 93-A20SA 93.3mm2 BS EN 50182 ACS (Aluminum clad steel stranded) is a cable structure formed by coating a high-strength steel core with an aluminum layer and then stranding the components together. This design integrates the mechanical strength of steel with aluminum’s corrosion resistance and electrical conductivity. Due to its durability and performance in harsh environments, it is extensively used in overhead transmission lines, ground wires, and guy wi
ACS Aluminum Clad Steel Stranded Conductor 66-A20SA 65.8mm2 BS EN 50182
菜单 Bare Conductor All Aluminium Conductor AAC Aluminium Clad Steel Strand ACS Overhead Insulated Cable Covered Line Wire Building Wire PVC Insulated Wire XLPE Insulated Wire LSZH Wire Rubber Cable Rubber Insulation Cable Flexible Cable Welding Cable Power Cable Low Voltage Power Cable Medium Voltage Power Cable Solar Cable H1Z2Z2-K Solar Cable PV1-F Solar Cable Control Cable Control Cable Flexible Control Cable Communication Cable Fiber Optic Cable Special Cable Mineral Insulated Cable ACS Aluminum Clad Steel Stranded Conductor 66-A20SA 65.8mm2 BS EN 50182 ACS (Aluminum clad steel stranded) is a cable structure formed by coating a high-strength steel core with an aluminum layer and then stranding the components together. This design integrates the mechanical strength of steel with aluminum’s corrosion resistance and electrical conductivity. Due to its durability and performance in harsh environments, it is extensively used in overhead transmission lines, ground wires, and guy wi
ACS Aluminum Clad Steel Stranded Conductor 49-A20SA 49.5mm2 BS EN 50182
菜单 Bare Conductor All Aluminium Conductor AAC Aluminium Clad Steel Strand ACS Overhead Insulated Cable Covered Line Wire Building Wire PVC Insulated Wire XLPE Insulated Wire LSZH Wire Rubber Cable Rubber Insulation Cable Flexible Cable Welding Cable Power Cable Low Voltage Power Cable Medium Voltage Power Cable Solar Cable H1Z2Z2-K Solar Cable PV1-F Solar Cable Control Cable Control Cable Flexible Control Cable Communication Cable Fiber Optic Cable Special Cable Mineral Insulated Cable ACS Aluminum Clad Steel Stranded Conductor 49-A20SA 49.5mm2 BS EN 50182 ACS (Aluminum clad steel stranded) is a cable structure formed by coating a high-strength steel core with an aluminum layer and then stranding the components together. This design integrates the mechanical strength of steel with aluminum’s corrosion resistance and electrical conductivity. Due to its durability and performance in harsh environments, it is extensively used in overhead transmission lines, ground wires, and guy wi
ACS Aluminum Clad Steel Stranded Conductor 34-A20SA 34.4mm2 BS EN 50182
菜单 Bare Conductor All Aluminium Conductor AAC Aluminium Clad Steel Strand ACS Overhead Insulated Cable Covered Line Wire Building Wire PVC Insulated Wire XLPE Insulated Wire LSZH Wire Rubber Cable Rubber Insulation Cable Flexible Cable Welding Cable Power Cable Low Voltage Power Cable Medium Voltage Power Cable Solar Cable H1Z2Z2-K Solar Cable PV1-F Solar Cable Control Cable Control Cable Flexible Control Cable Communication Cable Fiber Optic Cable Special Cable Mineral Insulated Cable ACS Aluminum Clad Steel Stranded Conductor 34-A20SA 34.4mm2 BS EN 50182 ACS (Aluminum clad steel stranded) is a cable structure formed by coating a high-strength steel core with an aluminum layer and then stranding the components together. This design integrates the mechanical strength of steel with aluminum’s corrosion resistance and electrical conductivity. Due to its durability and performance in harsh environments, it is extensively used in overhead transmission lines, ground wires, and guy wi
ACS Aluminum Clad Steel Stranded Conductor 24-A20SA 24.2mm2 BS EN 50182
菜单 Bare Conductor All Aluminium Conductor AAC Aluminium Clad Steel Strand ACS Overhead Insulated Cable Covered Line Wire Building Wire PVC Insulated Wire XLPE Insulated Wire LSZH Wire Rubber Cable Rubber Insulation Cable Flexible Cable Welding Cable Power Cable Low Voltage Power Cable Medium Voltage Power Cable Solar Cable H1Z2Z2-K Solar Cable PV1-F Solar Cable Control Cable Control Cable Flexible Control Cable Communication Cable Fiber Optic Cable Special Cable Mineral Insulated Cable ACS Aluminum Clad Steel Stranded Conductor 24-A20SA 24.2mm2 BS EN 50182 ACS (Aluminum clad steel stranded) is a cable structure formed by coating a high-strength steel core with an aluminum layer and then stranding the components together. This design integrates the mechanical strength of steel with aluminum’s corrosion resistance and electrical conductivity. Due to its durability and performance in harsh environments, it is extensively used in overhead transmission lines, ground wires, and guy wi
ACS Aluminum Clad Steel Stranded 40SA IEC 61232
菜单 Bare Conductor All Aluminium Conductor AAC Aluminium Clad Steel Strand ACS Overhead Insulated Cable Covered Line Wire Building Wire PVC Insulated Wire XLPE Insulated Wire LSZH Wire Rubber Cable Rubber Insulation Cable Flexible Cable Welding Cable Power Cable Low Voltage Power Cable Medium Voltage Power Cable Solar Cable H1Z2Z2-K Solar Cable PV1-F Solar Cable Control Cable Control Cable Flexible Control Cable Communication Cable Fiber Optic Cable Special Cable Mineral Insulated Cable ACS Aluminum Clad Steel Stranded 40SA IEC 61232 ACS (Aluminum clad steel stranded) is a cable structure formed by coating a high-strength steel core with an aluminum layer and then stranding the components together. This design integrates the mechanical strength of steel with aluminum’s corrosion resistance and electrical conductivity. Due to its durability and performance in harsh environments, it is extensively used in overhead transmission lines, ground wires, and guy wires. Compared to traditi
ACS Aluminum Clad Steel Stranded 30SA IEC 61232
菜单 Bare Conductor All Aluminium Conductor AAC Aluminium Clad Steel Strand ACS Overhead Insulated Cable Covered Line Wire Building Wire PVC Insulated Wire XLPE Insulated Wire LSZH Wire Rubber Cable Rubber Insulation Cable Flexible Cable Welding Cable Power Cable Low Voltage Power Cable Medium Voltage Power Cable Solar Cable H1Z2Z2-K Solar Cable PV1-F Solar Cable Control Cable Control Cable Flexible Control Cable Communication Cable Fiber Optic Cable Special Cable Mineral Insulated Cable ACS Aluminum Clad Steel Stranded 30SA IEC 61232 ACS (Aluminum clad steel stranded) is a cable structure formed by coating a high-strength steel core with an aluminum layer and then stranding the components together. This design integrates the mechanical strength of steel with aluminum’s corrosion resistance and electrical conductivity. Due to its durability and performance in harsh environments, it is extensively used in overhead transmission lines, ground wires, and guy wires. Compared to traditi
ACS Aluminum Clad Steel Stranded 27SA IEC 61232
菜单 Bare Conductor All Aluminium Conductor AAC Aluminium Clad Steel Strand ACS Overhead Insulated Cable Covered Line Wire Building Wire PVC Insulated Wire XLPE Insulated Wire LSZH Wire Rubber Cable Rubber Insulation Cable Flexible Cable Welding Cable Power Cable Low Voltage Power Cable Medium Voltage Power Cable Solar Cable H1Z2Z2-K Solar Cable PV1-F Solar Cable Control Cable Control Cable Flexible Control Cable Communication Cable Fiber Optic Cable Special Cable Mineral Insulated Cable ACS Aluminum Clad Steel Stranded 27SA IEC 61232 ACS (Aluminum clad steel stranded) is a cable structure formed by coating a high-strength steel core with an aluminum layer and then stranding the components together. This design integrates the mechanical strength of steel with aluminum’s corrosion resistance and electrical conductivity. Due to its durability and performance in harsh environments, it is extensively used in overhead transmission lines, ground wires, and guy wires. Compared to traditi
ACS Aluminum Clad Steel Stranded 20SA-B IEC 61232
菜单 Bare Conductor All Aluminium Conductor AAC Aluminium Clad Steel Strand ACS Overhead Insulated Cable Covered Line Wire Building Wire PVC Insulated Wire XLPE Insulated Wire LSZH Wire Rubber Cable Rubber Insulation Cable Flexible Cable Welding Cable Power Cable Low Voltage Power Cable Medium Voltage Power Cable Solar Cable H1Z2Z2-K Solar Cable PV1-F Solar Cable Control Cable Control Cable Flexible Control Cable Communication Cable Fiber Optic Cable Special Cable Mineral Insulated Cable ACS Aluminum Clad Steel Stranded 20SA-B IEC 61232 ACS (Aluminum clad steel stranded) is a cable structure formed by coating a high-strength steel core with an aluminum layer and then stranding the components together. This design integrates the mechanical strength of steel with aluminum’s corrosion resistance and electrical conductivity. Due to its durability and performance in harsh environments, it is extensively used in overhead transmission lines, ground wires, and guy wires. Compared to tradi
ACS Aluminum Clad Steel Stranded 20SA-A IEC 61232
菜单 Bare Conductor All Aluminium Conductor AAC Aluminium Clad Steel Strand ACS Overhead Insulated Cable Covered Line Wire Building Wire PVC Insulated Wire XLPE Insulated Wire LSZH Wire Rubber Cable Rubber Insulation Cable Flexible Cable Welding Cable Power Cable Low Voltage Power Cable Medium Voltage Power Cable Solar Cable H1Z2Z2-K Solar Cable PV1-F Solar Cable Control Cable Control Cable Flexible Control Cable Communication Cable Fiber Optic Cable Special Cable Mineral Insulated Cable ACS Aluminum Clad Steel Stranded 20SA-A IEC 61232 ACS (Aluminum clad steel stranded) is a cable structure formed by coating a high-strength steel core with an aluminum layer and then stranding the components together. This design integrates the mechanical strength of steel with aluminum’s corrosion resistance and electrical conductivity. Due to its durability and performance in harsh environments, it is extensively used in overhead transmission lines, ground wires, and guy wires. Compared to tradi
ACS Aluminum Clad Steel Stranded 37/6 AWG 492.20mm2 ASTM B416
菜单 Bare Conductor All Aluminium Conductor AAC Aluminium Clad Steel Strand ACS Overhead Insulated Cable Covered Line Wire Building Wire PVC Insulated Wire XLPE Insulated Wire LSZH Wire Rubber Cable Rubber Insulation Cable Flexible Cable Welding Cable Power Cable Low Voltage Power Cable Medium Voltage Power Cable Solar Cable H1Z2Z2-K Solar Cable PV1-F Solar Cable Control Cable Control Cable Flexible Control Cable Communication Cable Fiber Optic Cable Special Cable Mineral Insulated Cable ACS Aluminum Clad Steel Stranded 37/6 AWG 492.20mm2 ASTM B416 ACS (Aluminum clad steel stranded) is a cable structure formed by coating a high-strength steel core with an aluminum layer and then stranding the components together. This design integrates the mechanical strength of steel with aluminum’s corrosion resistance and electrical conductivity. Due to its durability and performance in harsh environments, it is extensively used in overhead transmission lines, ground wires, and guy wires. Compa