201 304 316 stainless steel H beam
Product name: hot rolled stainless steel H beam
Standards: JIS, GB, ASTM, EN, DIN, AISI
Web width: 100-912mm
Flange width: 50-417mm
Web thickness: 4.5-30mm
Flange thickness: 7-50mm
Length: 6m,9m,12m or as customer's requirement
Technique: hot rolled, welded
| Product Name | 201 304 316 stainless steel H beam for connecting |
| Material | Stainless steel 201,304,304L,316,316L,410,430,904L,etc |
| Surface | Pickled, Polish, Bright |
| Standard | ASTM A276, A484, A479, A580, A582, JIS G4303, JIS G4311, DIN 1654-5,DIN 17440,GB/T 1220 |
| Certificates | BV,SGS,ISO,ROSH,CE |
| Add-services | Cutting, Welding, Punching, Hollow, Rusty, etc |
Stainless steel beams are named after their most prominent aspect of the ‘I’ Shape. The I-beam is the universal and most identified model and because of that, the other beams are named comparatively to that bar.
- I beam– The most common beam in our inventory. The I-beams center web can only be rolled as much as a mill’s equipment can handle (5/8″). The I-Beam is lighter in weight which is why it is used so often. The I-Beam is also a solid piece of metal throughout. It is rolled and manufactured from one part. Can be hot-rolled or laser fused.
- H Beam – The H-Beam is stronger than the I-beam, but it requires much more effort to produce in the process. Instead of being rolled together as one piece, an H-Beam is three pieces individually created and welded together. This allows each portion to be much stronger because you’re using the milling equipment three times to reinforce material as opposed to using the equipment once to make one item. Overall, the H-Beam is much heavier than the I-beam and can take much more force and pressure.
- W Beam – Otherwise known as the ‘Wide-Flange’ beam. The W-beam has wide flanges instead of tapered flanges which help with dispersing weight. The wide flange also means that the same material shares the same thickness.
- S Beam – Otherwise known as the ‘American Standard Beams.’ These are roughly the same thing as I-beams. This standard is because I-beam is an internationally debated beam with varying dimensions in different countries. Buying the S beam means that you are buying ‘The American Standard’ I-beam, as opposed to a foreign I-Beam standard.
Applications
| Application | The Utsunomiya University earthquake-resistant brace |
|---|---|
| Field | Building construction |
| Shape | H-beam |
| Type of steel | SUS304A |
| Reason | Corrosion resistance, design characteristics |
| Application | LNG tank construction |
|---|---|
| Field | Building construction |
| Shape | Angle bar, Channel bar, Flat bar, H-beam &T-bar |
| Type of steel | SUS304 |
| Reason | low temperature characteristics |
| Application | AICHI STEEL Foundry OfficeGirders, curtain wall mullions |
|---|---|
| Field | Building construction |
| Shape | H-beam |
| Type of steel | SUS304A |
| Reason | Corrosion resistance, design characteristics |
| Application | Sewage treatment pumping station seismic reinforcement |
|---|---|
| Field | Building construction |
| Shape | H-beam |
| Type of steel | SUS304A |
| Reason | Corrosion resistance, total cost of ownership |
| Application | Overhanging pier |
|---|---|
| Field | Civil engineering |
| Shape | H-beam |
| Type of steel | SUS304 |
| Reason | Corrosion resistance, total cost of ownership |
| Application | Furukawa underground reservoir ventilation duct support fittings |
|---|---|
| Field | Civil engineering |
| Shape | H-beam, Flat bar, Round bar, etc. |
| Type of steel | SUS304 |
| Reason | Corrosion resistance |
| Application | Kanmon Tunnel ceiling plate brackets |
|---|---|
| Field | Civil engineering |
| Shape | T-bar |
| Type of steel | SUS304 |
| Reason | Corrosion resistance, total cost of ownership |
| Application | Rainwater weir improvement construction: supports |
|---|---|
| Field | Civil engineering |
| Shape | H-beam |
| Type of steel | SUS304 |
| Reason | Corrosion resistance, total cost of ownership |
