Products Description
EN S235JRG1 EN 10025 Mechanical
Yield strength is the yield limit of EN S235JRG1 EN 10025 when yielding occurs, that is, the stress resisting micro-plastic deformation. The external force greater than the yield strength will make the EN S235JRG1 EN 10025 parts permanent failure and unable to recover. Less than this, the EN S235JRG1 EN 10025 parts will return to their original shape.
Tensile strength is the critical value of transition from uniform plastic deformation to locally concentrated plastic deformation. It is also the maximum load-carrying capacity of EN S235JRG1 EN 10025 under static tension. Tensile strength is the resistance that characterizes the maximum uniform plastic deformation of EN S235JRG1 EN 10025. The deformation of tensile specimens is uniform before they bear the maximum tensile stress, but beyond that, the EN S235JRG1 EN 10025 begins to neck, i.e. concentrate deformation.
| Yield Rp0.2 (MPa) |
Tensile Rm (MPa) |
Impact KV/Ku (J) |
Elongation A (%) |
Reduction in cross section on fracture Z (%) |
As-Heat-Treated Condition | Brinell hardness (HBW) |
|---|---|---|---|---|---|---|
| 766 (≥) | 331 (≥) | 14 | 14 | 12 | Solution and Aging, Annealing, Ausaging, Q+T,etc | 312 |
|
S235JRG235JRG2 |
Comparison of steel grades |
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ASTM |
A 283 C - A 570 Gr. 33 |
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DIN17100 |
Rst37-2 |
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BS1449 |
40B |
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NFA 35-501 |
E 24-2 |
|
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UNI 7070 |
Fe 360 B |
|
What is the Difference Between an H-Beam and an I-Beam?
I-beams and H-beams use very different proportions of the web to flange size. Each cross-section has its advantages making them suitable for different applications.
I-beams-or S-beams depending on who you ask-have a thin and tall web with thicker flanges that are tapered at an inclination of 1:10. The flanges are quite narrow compared to the web height which is what gives them the cross-sectional shape of an uppercase I.
While they do have high strength-to-weight properties and high resistance to bending, they lack torsional strength. They are often used for support frames and columns for elevators, trailers, trolley ways, and hoists.
Similar to H-beams, I-beams are also used for structural steel buildings and bridges. However, their lower span of up to 100 feet means additional support columns may be required.
An H-beam is pound-for-pound stronger than an I-beam and well-suited to extreme environments. In addition to withstanding direct and tensile loads, H-beams generally lower the overall project cost vs I-beams because they can span longer distances with fewer support columns.

Product Details
| Product Name | S235JRG1 S235JRG2 mild steel beam |
| Length | As your required |
| Standard | ASTM/ GB/ JIS/ EN ect. |
| Delivery Time | According to your quantity |
| Payment Terms | FOB/ CIF/ EXW/ DDP |
| Origin | China |
| Sample | Yes |
| Tolerance | ±0.3 |
| Packing | Packed with steel belts tightly, in bundle |
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