Heavy Fabrication & Steel Structures
Since 1958, TEMO—CSSC’s specialized welding consumables subsidiary—has delivered reliable welding solutions for China’s largest engineering projects. From industrial plants to bridges, our expertise ensures every weld meets the highest standards of strength and durability.
We provide end-to-end welding materials—from electrodes to fluxes—tailored for heavy steel structures, enabling superior load-bearing performance and efficient construction.
| ER110S-G(Temo WH80-G) | EH14(Temo MCJH10Mn2/TM.SJ101) | E70T-1C(Temo YCJMX50) |
 ● High-strength solid wire for heavy steel structures. ● Excellent toughness and crack resistance under extreme loads. ● Ideal for welded joints in industrial plants and large-span frameworks. |
● All-position weldability for complex structural components. ● Suitable for bridges, cranes, and other critical infrastructure. |
● Flux-cored wire with high deposition rate for thick plates. ● Ensures consistent weld quality and structural safety. ● Certified by CCS, LR, ABS, BV, DNV for heavy construction standards. |
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Shipbuilding Project Case
Heavy Steel Structure Case -- Bird’s Nest Stadium Temo supplied welding consumables for the iconic Bird’s Nest Stadium, ensuring high-strength connections for complex steel trusses and long-span structures. |
Heavy Steel Structure Case -- Wind Power Temo’s welding electrodes and welding wires were used in a large-scale wind power project, providing excellent toughness and durability for tower sections and heavy steel components. |
Project Background：
This wind power project involved multiple high towers and heavy steel components. Steel plate thickness varied from 32 mm to 90 mm, requiring welding materials capable of delivering exceptional toughness, low crack susceptibility, and consistent quality across all positions.
Temo EH14 were applied across all critical joints, providing consistent weld quality and long-term structural reliability. We delivers welding solutions that meet the demanding requirements of heavy steel structures, ensuring strength, durability, and safety across every application.
