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H-beam


Produced by hot rolling carbon steel or alloy steel billet into an H-shaped crosssection with parallel flanges and a vertical web. Features high bending strength, excellent load-bearing capacity, uniform flange thickness, and stable mechanical properties.

H-beam


Produced by hot rolling carbon steel or alloy steel billet into an H-shaped crosssection with parallel flanges and a vertical web. Features high bending strength, excellent load-bearing capacity, uniform flange thickness, and stable mechanical properties.

H-beam


Produced by hot rolling carbon steel or alloy steel billet into an H-shaped crosssection with parallel flanges and a vertical web. Features high bending strength, excellent load-bearing capacity, uniform flange thickness, and stable mechanical properties.

H-beam


Produced by hot rolling carbon steel or alloy steel billet into an H-shaped crosssection with parallel flanges and a vertical web. Features high bending strength, excellent load-bearing capacity, uniform flange thickness, and stable mechanical properties.

H-beam


Produced by hot rolling carbon steel or alloy steel billet into an H-shaped crosssection with parallel flanges and a vertical web. Features high bending strength, excellent load-bearing capacity, uniform flange thickness, and stable mechanical properties.

H-beam


Produced by hot rolling carbon steel or alloy steel billet into an H-shaped crosssection with parallel flanges and a vertical web. Features high bending strength, excellent load-bearing capacity, uniform flange thickness, and stable mechanical properties.
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