JIS BS ASTM A36 S235jr S275jr Ss400 Standard Export Shipping Profile Hot Rolled Wide Shaped Flange Galvanized Carbon Steel Welded H Section Beam Steel

Mar 31, 2026

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Product Description

Product Description

JIS BS Baixinxin ASTM A36 S235jr S275jr Ss400 Standard Export Shipping Profile Hot Rolled Wide Shaped Flange Galvanized Carbon Steel Welded H Section Beam Steel

JIS BS Baixinxin ASTM A36 S235jr S275jr Ss400 Standard Export Shipping Profile Hot Rolled Wide Shaped Flange Galvanized Carbon Steel Welded H Section Beam Steel

H-beam

Angle steel

H-beams are a type of high-strength, lightweight, and highly industrialized economic structural steel, widely utilized in critical sectors such as construction, bridge engineering, and mechanical manufacturing.

Angle steel (commonly known as angle iron) is classified into two categories: equal-leg and unequal-leg. It is characterized by high strength, ease of processing, corrosion resistance (particularly when galvanized), and excellent weldability. It is widely utilized in load-bearing, connecting, and supporting structures across three major sectors: construction, electric power, and machinery.

JIS BS Baixinxin ASTM A36 S235jr S275jr Ss400 Standard Export Shipping Profile Hot Rolled Wide Shaped Flange Galvanized Carbon Steel Welded H Section Beam Steel

JIS BS Baixinxin ASTM A36 S235jr S275jr Ss400 Standard Export Shipping Profile Hot Rolled Wide Shaped Flange Galvanized Carbon Steel Welded H Section Beam Steel

Channel steel

I-beam

Channel steel is characterized by high strength, excellent load-bearing capacity, ease of processing, and convenient connectivity; it is widely utilized in engineering applications requiring resistance to bending and shear forces, as well as stable structural support.

Due to its high bending stiffness, superior load-bearing efficiency, and significant potential for lightweighting, the application of I-beams extends beyond traditional architecture to become deeply integrated into modern engineering systems across fields such as bridges, energy, transportation, and machinery.

Specification

Product Name

H-Beam/I-Beam/Channel Steel /Angle Steel

Steel Grade

A36/SS400/Q235/Q345/ST37-2/ST52/Q420/Q460/S235JR/S275JR/S355JR

Key words

Steel Building Materials Section Steel

Surface

Black / Galvanized

Material

Carbon Steel / Stainless Steel / Aluminum Alloy

Stand

AISI,ASTM,GB,DIN,BS,JIS

Technique

Heat treatment facilities for hot-rolled, controlled rolling,normalizing,Annealing, tempering, quenching, normalizing plus tempering, quenching and tempering,Other delivery states are available as customers' requirement

Type

Section Steel

Packaging & Shipping

JIS BS Baixinxin ASTM A36 S235jr S275jr Ss400 Standard Export Shipping Profile Hot Rolled Wide Shaped Flange Galvanized Carbon Steel Welded H Section Beam Steel

 

1.What is a steel H-beam?

An H Beam is a steel structure shaped like the letter "H." It is commonly used in construction to support heavy loads and strengthen buildings. This beam has wide flanges and a uniform design, making it suitable for homes, bridges, and industrial projects.

 

2.Is H or I-beam better?

H-beams are more efficient than I-beams because they are better at carrying bending and shear loads. H-beams have a thicker, deeper web, which means that they can better support the weight of an object placed on top of them.

 

3.What grade of steel is used in H beams?

Steel h-pile beams and steel wide flange beams come in eight ASTM standards, including A36, A572-Grade 50, A588, A690, A709, A913-Grade 50, A913-Grade 65, and A992. ASTM A36 mainly applies to carbon structural steel.

 

4.What is type H steel?

"H" grades are high carbon stainless steel grades, having improved strength at high temperatures - generally above 500°C. These high carbon grades have high short-term and long-term creep strength. They are usually produced in the form of pipe and plate.

 

5.Are H beams mild steel?

Chemical Composition of MS H Beams

The strength, weldability, and durability of mild steel H-beams depend on their chemical composition. Usually, the composition consists of: The carbon content is limited to 0.20%, striking a balance between strength and ductility. Manganese can be up to 0.85%, enhancing toughness.