316L stainless steel beam
316L stainless steel beam
Introduction
316L stainless Steel adds Mo (2-3%), so it has excellent corrosion resistance and high temperature strength; SUS316L carbon content is lower than SUS316, therefore, the resistance to inter-granular corrosion resistance is better than SUS316: high temperature creep strength is high. It can be used in harsh conditions.good strain hardening and non-magnetic.
1) cold-rolled product appearance, good gloss, beautiful;
2) the addition of Mo, corrosion resistance, especially resistance to pitting corrosion;
3) excellent high temperature strength
4) Excellent hardening (after processing weakly magnetic)
5) solid solution state non-magnetic;
6) relative to 304 stainless steel, it has higher prices.(10Ni)
Welding
Excellent weldability by all standard fusion and resistance methods, both with and without filler metals. Heavy welded sections in Grade 316 require post-weld annealing for maximum corrosion resistance. This is not required for 316L.
316L stainless steel is not generally weldable using oxyacetylene welding methods.
Machining
316L stainless steel tends to work harden if machined too quickly. For this reason low speeds and constant feed rates are recommended.
316L stainless steel is also easier to machine compared to 316 stainless steel due its lower carbon content.
Hot and Cold Working
316L stainless steel can be hot worked using most common hot working techniques. Optimal hot working temperatures should be in the range 1150-1260°C, and certainly should not be less than 930°C. Post work annealing should be carried out to induce maximum corrosion resistance.
Most common cold working operations such as shearing, drawing and stamping can be performed on 316L stainless steel. Post work annealing should be carried out to remove internal stresses.
Hardening and Work Hardening
316L stainless steel does not harden in response to heat treatments. It can be hardened by cold working, which can also result in increased strength.
Technical Parameter
Application
Applicable scope(Steel Beam):
Due to the cross section dimensions are relatively high, narrow, and therefore, the moment of inertia of the cross section of two sleeves are different, which makes its application scope has a lot of limitations. I used should be selected according to design drawings requirements.
316L stainless Steel adds Mo (2-3%), so it has excellent corrosion resistance and high temperature strength; SUS316L carbon content is lower than SUS316, therefore, the resistance to inter-granular corrosion resistance is better than SUS316: high temperature creep strength is high. It can be used in harsh conditions.good strain hardening and non-magnetic.
1) cold-rolled product appearance, good gloss, beautiful;
2) the addition of Mo, corrosion resistance, especially resistance to pitting corrosion;
3) excellent high temperature strength
4) Excellent hardening (after processing weakly magnetic)
5) solid solution state non-magnetic;
6) relative to 304 stainless steel, it has higher prices.(10Ni)
Welding
Excellent weldability by all standard fusion and resistance methods, both with and without filler metals. Heavy welded sections in Grade 316 require post-weld annealing for maximum corrosion resistance. This is not required for 316L.
316L stainless steel is not generally weldable using oxyacetylene welding methods.
Machining
316L stainless steel tends to work harden if machined too quickly. For this reason low speeds and constant feed rates are recommended.
316L stainless steel is also easier to machine compared to 316 stainless steel due its lower carbon content.
Hot and Cold Working
316L stainless steel can be hot worked using most common hot working techniques. Optimal hot working temperatures should be in the range 1150-1260°C, and certainly should not be less than 930°C. Post work annealing should be carried out to induce maximum corrosion resistance.
Most common cold working operations such as shearing, drawing and stamping can be performed on 316L stainless steel. Post work annealing should be carried out to remove internal stresses.
Hardening and Work Hardening
316L stainless steel does not harden in response to heat treatments. It can be hardened by cold working, which can also result in increased strength.
Technical Parameter
| 316L stainless steel | |||||||
|---|---|---|---|---|---|---|---|
| Standard | Grade |
Chemical Composition % |
Technique |
Yied strength Mpa |
Tensile strength Mpa |
Elongation % | Hardness |
| GB |
00Cr17Ni 14M02 |
C≤0.030，Mn≤2.00， Si≤1.00，P≤0.045， S≤0.030，Cr 16.0~18.0, Ni 10.0~14.0，Mo 2.00~3.00 |
cold /hot rolled | ≥177 | ≥485 | ≥40 | HV≤200 |
| USA | 316L | ||||||
| JIS | SUS316L | ||||||
| German | 1.4435 | ||||||
| Item | Grade | Height*Width*Thickness (mm) | weight(kg) |
| SS Beam | 10 | 100*68*4.5 | 11.261 |
| SS Beam | 12 | 120*74*5 | 13.987 |
| SS Beam | 14 | 140*88*6 | 20.513 |
| SS Beam | 18 | 180*94*6.5 | 24.143 |
| SS Beam | 20a | 200*100*7 | 27.929 |
| SS Beam | 20b | 200*102*9 | 31.069 |
| SS Beam | 22a | 220*110*7.5 | 33.07 |
| SS Beam | 22b | 220*112*9.5 | 38.105 |
| SS Beam | 25b | 250*118*10 | 42.03 |
| SS Beam | 28a | 280*122*8.5 | 43.492 |
| SS Beam | 28b | 280*124*10.5 | 47.888 |
| SS Beam | 30a | 300*126*9 | 48.084 |
| SS Beam | 30b | 300*128*11 | 52.794 |
| SS Beam | 30c | 300*130*13 | 52.717 |
| SS Beam | 32b | 320*132*11.5 | 57.741 |
| SS Beam | 32c | 320*134*13.5 | 62.765 |
| SS Beam | 36a | 360*136*10 | 60.037 |
| SS Beam | 36b | 360*138*12 | 65.689 |
| SS Beam | 36c | 360*140*14 | 71.341 |
| SS Beam | 40a | 400*142*10.5 | 67.598 |
| SS Beam | 40b | 400*144*12.5 | 73.878 |
| SS Beam | 40c | 400*146*14.5 | 80.158 |
| SS Beam | 45a | 450*150*11.5 | 80.42 |
| SS Beam | 45b | 450*152*13.5 | 87.485 |
| SS Beam | 45c | 450*154*15.5 | 94.55 |
| SS Beam | 56a | 560*166*12.5 | 106.316 |
| SS Beam | 56b | 560*168*14.5 | 115.108 |
| SS Beam | 56c | 560*170*16.5 | 123.9 |
| SS Beam | 63a | 630*176*13 | 121.407 |
| SS Beam | 63b | 630*178*15 | 131.298 |
| SS Beam | 63c | 630*180*17 | 141.189 |
Application
Applicable scope(Steel Beam):
Due to the cross section dimensions are relatively high, narrow, and therefore, the moment of inertia of the cross section of two sleeves are different, which makes its application scope has a lot of limitations. I used should be selected according to design drawings requirements.
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