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International Specifications Compared - Tubecon

International Specifications Compared Tubecon cold forms our structural welded steel hollow sections according to the SANS (South African National standards ) specification . We manufacture all our steel sections and open profiles according to the SANS Specifications . This includes our electrical steel conduit, conveyor tubes, galvanized tubing, side impact bars, water pipe and general circular, rectangle and square steel tubes. The standards for the variety of SANS Specifications that we manufacture to can be viewed the at the top of the specification page under Technical Info on this website, or click on the following link: The table below indicates the various International standards for welded cold-formed structural tubing; round, square and rectangular.

EN 10219-1 (1997): European standard on cold formed welded structural hollow sections of non-alloy and fine grain steels. JIS G 3444 (1994: Japanese Industrial Standard for Carbon steel tubes used in general structural

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Transcription of International Specifications Compared - Tubecon

1 International Specifications Compared Tubecon cold forms our structural welded steel hollow sections according to the SANS (South African National standards ) specification . We manufacture all our steel sections and open profiles according to the SANS Specifications . This includes our electrical steel conduit, conveyor tubes, galvanized tubing, side impact bars, water pipe and general circular, rectangle and square steel tubes. The standards for the variety of SANS Specifications that we manufacture to can be viewed the at the top of the specification page under Technical Info on this website, or click on the following link: The table below indicates the various International standards for welded cold-formed structural tubing; round, square and rectangular.

2 These Specifications can be Compared to the steel types that Tubecon currently use in our roll forming of structural tubes and profiles. The material grades can be found by clicking on the below link or going to the material properties page on the technical info page on the Tubecon website. specification Grade Min Yield Strength N/mm2 Tensile Strength N/mm2 C EN 10219-1 (1997) S235 JRH 235 340-470 20 JIS G 3444 (1994) STK400 235 Min. 400 - JIS G 3466 (1988) STKR400 245 Min. 400 - AS 1163 (1991) C250L0 250 Min. 320 0 EN 10219-1 (1997) S275J0H 275 410-560 0 EN 10219-1 (1997) S275J2H 275 410-560 -20 ASTM A500 (1996) Round Tubing Grade A 228 Min.

3 310 - Square and Rec. Tubing Grade A 269 Min. 310 - Round Tubing Grade B 290 Min. 400 - Square and Rec. Tubing Grade B 317 Min. 400 - JIS G 3466 (1988) STKR490 325 Min 490 - AS 1163 (1991) C350L0 350 Min. 430 0 JIS G 3444 (1994) STK500 355 Min. 500 - EN 10219-1 (1997) S355J0H 355 490-630 0 EN 10219-1 (1997) S355J2H 355 490-630 -20 JIS G 3444 (1994) STK540 390 Min. 540 - AS 1163 (1991) C450L0 450 Min. 500 0 Notes and descriptions of standards : (Continues on next page) EN 10219-1 (1997): European standard on cold formed welded structural hollow sections of non-alloy and fine grain steels.

4 JIS G 3444 (1994: japanese industrial Standard for Carbon steel tubes used in general structural purposes JIS G 3466 (1988): japanese industrial Standard for Carbon steel rectangular and square tubes used for structural purposes AS 1163 (1991): Australian Standard on structural steel hollow sections ASTM A500 (1996): American Society for Testing of Materials for welded and seamless cold formed round, square and rectangular structural tubes.)


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