Stainless Steel Angle Steel

Steel angles are used for various purposes in a number of industries. Framing is one of the most common uses for steel angles, but steel angles are also used for brackets, trim, reinforcements, and many other uses. The larger the steel angle, the more weight and stress it can bear.
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SS400 Carbon Steel Angle Steel

Steel Angles are the most basic type of roll-formed steel. They are formed by bending a single angle in a piece of steel. Angle Steel is ‘L’ shaped; the most common type of Steel Angles are at a 90 degree angle. The legs of the “L” can be equal or unequal in length.
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Carbon Steel Angle Steel

Angle steel is a carbon structural steel used in construction. It is a simple cross-section steel material. It is mainly used for metal components and factory building frames.
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Stainless Steel I-Beam

Stainless steel I-beam, also called steel beam, is a long steel material with an I-shaped cross-section. The flange of the I-beam gradually becomes thinner from the root to the edge and has a certain angle.
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A36 Galvanized I-Beam

Galvanized I-beam refers to steel that has undergone a hot-dip galvanizing process to form a layer of zinc on the surface of ordinary I-beam. It has a wide range of uses and can be used in building structures, bridge construction, power towers, machinery manufacturing, etc.
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Galvanized I-Beam

Hot-dip galvanized I-beam is to immerse the rust-removed I-beam into molten zinc liquid at about 500°C to attach a zinc layer to the surface of the I-beam for anti-corrosion purposes. It is suitable for various strong acid, alkali mist, etc. In highly corrosive environment.
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316 Stainless Steel I-Beam

I-beams are generally used in bridges, crane tracks, beams and other places with high shear stress. Widely used in hardware products, medical machinery, food machinery, ships, automobiles, doors and windows, furniture, large machinery, etc.
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Carbon Steel I-Beam

There are many specifications for carbon steel I-beams, including the height, thickness, waist width and waist thickness of the I-beam. The dimensional deviation of carbon steel I-beams should comply with national standards and be calculated using professional formulas.
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