Welded T-shaped Steel


Welded T-shaped steel: Made of tailor-welded steel strips, there are two welding processes. High-frequency welding is often used for plate thicknesses within 10MM, and submerged arc welding is generally used for plates above 10MM. Welded T-shaped steel is mainly used in electric power, curtain wall decoration, steel structure, shipbuilding, railway and other industries.

Welded T-shaped Steel


Welded T-shaped steel: Made of tailor-welded steel strips, there are two welding processes. High-frequency welding is often used for plate thicknesses within 10MM, and submerged arc welding is generally used for plates above 10MM. Welded T-shaped steel is mainly used in electric power, curtain wall decoration, steel structure, shipbuilding, railway and other industries.

Welded T-shaped Steel


Welded T-shaped steel: Made of tailor-welded steel strips, there are two welding processes. High-frequency welding is often used for plate thicknesses within 10MM, and submerged arc welding is generally used for plates above 10MM. Welded T-shaped steel is mainly used in electric power, curtain wall decoration, steel structure, shipbuilding, railway and other industries.

Welded T-shaped Steel


Welded T-shaped steel: Made of tailor-welded steel strips, there are two welding processes. High-frequency welding is often used for plate thicknesses within 10MM, and submerged arc welding is generally used for plates above 10MM. Welded T-shaped steel is mainly used in electric power, curtain wall decoration, steel structure, shipbuilding, railway and other industries.

Welded H-beam


The fully automatic submerged arc welding production line's cutting, assembly and welding are all controlled by microcomputers to ensure that the dimensional accuracy of the H-shaped steel produced and the quality of the welds meet national standards.

Welded H-beam


The fully automatic submerged arc welding production line's cutting, assembly and welding are all controlled by microcomputers to ensure that the dimensional accuracy of the H-shaped steel produced and the quality of the welds meet national standards.

Welded H-beam


The fully automatic submerged arc welding production line's cutting, assembly and welding are all controlled by microcomputers to ensure that the dimensional accuracy of the H-shaped steel produced and the quality of the welds meet national standards.

Welded H-beam


The fully automatic submerged arc welding production line's cutting, assembly and welding are all controlled by microcomputers to ensure that the dimensional accuracy of the H-shaped steel produced and the quality of the welds meet national standards.

Welded H-beam


The fully automatic submerged arc welding production line's cutting, assembly and welding are all controlled by microcomputers to ensure that the dimensional accuracy of the H-shaped steel produced and the quality of the welds meet national standards.

Welded H-beam


The fully automatic submerged arc welding production line's cutting, assembly and welding are all controlled by microcomputers to ensure that the dimensional accuracy of the H-shaped steel produced and the quality of the welds meet national standards.

Welded H-beam


The fully automatic submerged arc welding production line's cutting, assembly and welding are all controlled by microcomputers to ensure that the dimensional accuracy of the H-shaped steel produced and the quality of the welds meet national standards.

Welded H-beam


The fully automatic submerged arc welding production line's cutting, assembly and welding are all controlled by microcomputers to ensure that the dimensional accuracy of the H-shaped steel produced and the quality of the welds meet national standards.

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