Cross Pillar


Cross columns, also known as cross columns, are cross-shaped building structural elements that are often used as vertical support columns in supporting structures, fixed frames, and other structures.

Cross Pillar


Cross columns, also known as cross columns, are cross-shaped building structural elements that are often used as vertical support columns in supporting structures, fixed frames, and other structures.

Cross Pillar


Cross columns, also known as cross columns, are cross-shaped building structural elements that are often used as vertical support columns in supporting structures, fixed frames, and other structures.

Cross Pillar


Cross columns, also known as cross columns, are cross-shaped building structural elements that are often used as vertical support columns in supporting structures, fixed frames, and other structures.

Cross Pillar


Cross columns, also known as cross columns, are cross-shaped building structural elements that are often used as vertical support columns in supporting structures, fixed frames, and other structures.

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 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.

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