PN-EN 10219-1 Cold Finished ERW Mild Steel Tubes Hollow Sections
Place of Origin | China |
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Brand Name | Best |
Certification | API /CE / ISO /TUV |
Model Number | 1/2'' -48'' |
Minimum Order Quantity | 1 TONS |
Price | 450 USD/TON |
Packaging Details | 1) In bundle with strip; 2) First packing by plastic bag then strip; Details packing please see the picture in the detial description. |
Delivery Time | Shipped in 25 days after payment |
Payment Terms | L/C, T/T |
Supply Ability | 100000 Ton/Year |
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xStandard | PN-EN 10219-1,2 | Grade | P215NL And P265NL |
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Technique | Structural Steel Tubes | Finish | SAWH |
Keyword | SAWL (longitudinal Welding) | Inspection | With Hydraulic Testing |
Surface | Barded /Painting/3PE | ||
High Light | erw steel tube,erw mild steel pipe |
Production Information : PN-EN 10219-1,2 Structural steel tubes of non-alloy and fine grain steels
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PN-EN10219-1,2
Cold finished structural welded hollow sections of non-alloy and fine grain steels
The scope of the standard includes: cold-formed round, square, and rectangular welded hollow sections without subsequent thermal processing.
The steels are classified as follows similarly to the classification provided in the EN 10210 standard:
· Non-alloy steels
· Fine grain steels
Non-alloy steels are classified in the same way as specified in the EN 10210 standard
In the case of resistance classes of fine grain steels, four quality groups have been established:
· N resilience testing at the temperature of –20 °C
· NL resilience testing at the temperature of –50 ° C
· M resilience testing at the temperature of –20 ° C
· ML resilience testing at the temperature of –50 °C
The steels are designated with the letter “S”, then with the minimum value of the yield strength limit “Re” (e.g. 235, 275, 355, 420, 460), followed by the letters that designate the manufacturing class ( JR , J0 ,J2 ,N ,NL ,M , ML) and the letter “H” which designates a hollow product.
The letters N designate the production input in the Normalized condition
The letters M designate the production input in the After Thermomechanical Processing condition
ATTENTION! The tests performed on those sections are the same as specified in the EN 10210 standard
Mandatory tests | |
for the TC1 category | for the TC2 category |
Ladle analysis | |
Tensile testing of the base material in room temperature | |
Tensile testing of the weld in room temperature for D>=508 mm | |
Resilience testing of the base material in low temperature | |
Bend testing of the weld | |
Resilience testing of the weld in low temperature | |
Tightness testing | |
Dimension verification | |
NDT of the weld | |
NDT of the base material in order to identify delamination | |
NDT of pipe ends in order to identify delamination | |
NDT of sheet edges and strips in order to identify delamination | |
Additional tests | |
Check analysis | |
Wall thickness measurement at a distance from pipe ends |
PN-EN 10219-1,2 Structural steel tubes Pictures