Product Description
Product information
Product Name | H beam / I Shaped steel |
Size | 1.Web Width (H): 100-900mm |
Length | 1m - 12m ,or according to your requests. |
| Technical Standard | EN10147, EN10142, DIN 17162, JIS G3302, ASTM A653 |
| Steel Grade | Q195,Q235,Q345,SS400,S235JR |
| Technique | Hot rolled |
| Application | 1.Industrial structure of the steel structure bearing bracket 2.Underground engineering steel pile and retaining structure 3.Petrochemical and electric power and other industrial equipment structure 4.Large span steel bridge components 5.Ships, machinery manufacturing frame structure 6.The train, automobile, tractor beam bracket 7.Port of conveyor belt, high speed damper bracket |
| Delivery time | In 30 after receipt advance or LC |
Product details
Product application
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1.What is the H-beam?
An H beam is shaped like the letter "H" with one vertical flange and two long-side flanges, whereas an I beam has a cross-section that resembles the letter "I" with a single vertical web or web thickest at mid-span, two webs, and no bottom flange.
2.What is the difference between H-beam and W beam?
W-beams have a W-shaped cross-section, while H-beams have an H-shaped cross-section. Flange Width and Thickness: W-beams typically have wider flanges and thinner webs than H-beams. This makes W-beams ideal for supporting heavier loads over longer spans.
3.How strong is an H-beam?
An H-beam's durability comes from its strength-to-weight ratio in the cross-section. This optimized design means that these beam types have more strength against heavier loads. An H-beam can also be easier to weld, and because it has a large surface area in its cross-section, it earns a high strength rating.
4.What is the difference between I-beam and H-beam connecting rods?
H beams are good for mid rpm range high compression engines and lightweight for gas mileage. whereas the I beam can handle high low end torque and high rpm horsepower as well.
5.What are the benefits of using H beams?
H-beams have broader flanges, which give increased resistance to bending and twisting stresses. This increases their stability and makes them appropriate for applications requiring high structural integrity.