ASTM A269 is a determination that covers seamless and welded austenitic tempered steel tubing for general help and mechanical applications. This standard determines different grades of hardened steel tubes appropriate for use in conditions where consumption opposition and mechanical properties are significant. With regards to ASTM A269, the expression "pipes" by and large alludes to tubes utilized for conveying liquids or gases. The standard covers both seamless and welded tubes, however with the end goal of your inquiry, we will zero in on seamless pipes as per ASTM A269.
Specifications : | ASTM A 213 / A 269 / A312 / A 789 / A 790 ASME SA 213 / SA 269 / SA312 / SA 789 / SA 790SB 163 / SB 165 / SB 423/ SB 444 / SB 729 / SB 829/EN 10216-5 / EN 10297-2 / DIN 2391 |
OD : | 3.175 mm to 6 mm |
N.B : | 1/8''- 12'' |
Thickness | 0.5 mm to 25 mm |
Length : | Up to 30 Meters (Depending Upon Size) |
Surface Finish : | Bright Annealed (CFA), Solution Annealed (CFD), Polished (APP) |
ASTM A269 is a standard detail that covers seamless and welded austenitic treated steel tubing for general help and mechanical applications. Broadly utilized in different enterprises require consumption safe and great tubing.
With regards to ASTM A269, "seamless pipes" allude to seamless cylinders produced using austenitic tempered steel grades that adjust to the determinations of this norm. These cylinders are generally utilized for conveying liquids and gases in different applications.
ASTM A269 covers an assortment of tempered steel grades, including TP304 (UNS S30400) and TP316 (UNS S31600), which are regularly utilized because of their consumption obstruction and flexibility.
Seamless pipes determined by ASTM A269 are utilized in businesses like food and drink, drugs, compound handling, oil and gas, and that's only the tip of the iceberg. They are great for applications where cleanliness, consumption obstruction, and dependability are fundamental.
Seamless pipes offer uniform strength, trustworthiness, and smooth inward surfaces because of their assembling interaction. They give amazing erosion opposition and are appropriate for high-tension and high-temperature applications.