Alloy Steel Pipes

ASTM A519 GR. 1020 Hot Rolled Steel Tube has exceptionally simple and robust mechanism, self-cleaning and non-clogging mechanism, power saving, maintenance free, big solid handling capability, and as well has a quality for enduring reliable longer life and performance. ASTM A519 Boiler Tubes GR. 1020 as well has a number of outstanding features to provide like having Reliability, Flawless performance, Better efficiency and more. No matter what additional processing your Grade 1020 Hot Finished Seamless Tubing may need, we can handle it. We have stock a complete range of ASTM A519 Grade 1020 Carbon Steel Seamless Tubing in out diameter tube sizes 6mm-323.8mm and Nominal bore NB sizes 5NB-300NB.

ASTM A519 covers several grades of carbon and alloy steel seamless mechanical tubing.

ASTM A519 covers both seamless hot-finished mechanical tubing and seamless cold-finished mechanical tubing in sizes up to and including 12 3⁄4 in. (323.8 mm) outside diameter for round tubes with wall thicknesses as required. 

Standard: ASTM A519 / ASME SA 519 

Description Name: ASME SA 519 / ASTM A519 GR.1020 boiler pipes; A519 pipes; Grade 1020 ASTM A519 carbon steel tube; ASTM A519 GR. 1020 mechanical pipes; ASTM A 519 GR.1020 carbon steel pipe; Grade 1020 SEAMLESS PIPE; ASTM A519 Grade 1020 cold drawn seamless steel tubes; ASTM A519 Gr.1020 pipes and tubing; ASTM A519 SAE1020 seamless tubing; alloy steel tube; carbon steel tube; mechanical tubing; Seamless steel tube; steel tube.

Size: 6mm-323.8mm

Schedule: 10-XXS / Thk

Shape: Round or Special sections.

Length: Single random length/ Double random length or as customer’s actual request

Condition:

The purchaser shall specify a sizing method and, if required, a thermal treatment.

Methods:

HF-Hot Finished,
CW-Cold worked,
RT-Rough Turned,
G– Ground.
Thermal Treatments:
A- Annealed,
N– Normalized,
QT-Quenched and Tempered,
SR-Stress Relieved or Finishe Anneal.

Grade: 1020

C% 0.18-0.23
Mn% 0.3-0.6
P% 0.04
S% 0.05

Packing and Marking

Packed in bundles, wrapped in plastic, and suitably protected for sea -worthy delivery or as requested.

Molybdenum (“Moly”) increases the strength of the steel and its elastic limit, enhance the steel resistance to wear, its impact qualities, and the hardenability. It also improves the resistance to softening, makes chromium steel less prone to embrittlement and prevents pitting.

Chromium, a key element also for stainless steel alloys, prevents steel oxidation at elevated temperatures and increases the resistance of steel to corrosion. It enhances the tensile, yield, and hardness properties of low-alloy pipes at room temperatures.

Tubes with higher percentages, than standard carbon steel pipes, of alloying elements as Molybdenum (Mo), Chromium (Cr), Nickel, etc. Actually, the ASTM A335 covers “low-alloy” steel pipes, i.e. pipes that have a total amount of alloying elements below 5%. The addition of higher percentages of alloying elements (example Nickel and Chromium) transforms the steel into higher alloys, like stainless steel, duplex, up to super-alloyed materials like Inconel, Hastelloy, Monel, etc. ASTM A335 alloy steel pipes fit ASTM A234 WPx series buttweld fittings (WP5, WP9, WP91) and    A182 forged fittings and flanges (A182 F5, F9, F11, F22, F91). All these materials have similar chemical and mechanical properties and can be joined or welded. Alloy steel pipes are used in the energy industry for high temperature and very low-temperature service (cryogenic), or for applications with very high pressures.

Molybdenum (“Moly”) increases the strength of the steel and its elastic limit, enhance the steel resistance to wear, its impact qualities, and the hardenability. It also improves the resistance to softening, makes chromium steel less prone to embrittlement and prevents pitting.

Chromium, a key element also for stainless steel alloys, prevents steel oxidation at elevated temperatures and increases the resistance of steel to corrosion. It enhances the tensile, yield, and hardness properties of low-alloy pipes at room temperatures.

Grades We Deal in:

ASTM A335 Gr. P5, P9, P11, P12, P21, P22 & P91, ASTM A213 – T5, T9, T11, T12, T22, T91, ASTM A691

Alloy Steel Grade P5 Seamless Pipes
Alloy Steel Grade T5 Seamless Tubing
ASTM A213 Alloy Steel Seamless Tubes
A335 Seamless Pipes 
ASTM A691 Alloy Steel EFW Pipes
A335 Alloy Steel Rectangular Seamless Pipes 
ASTM A213 Gr T9 Alloy Steel Rectangular Tubes
Grade P1 Alloy Steel Seamless Pipes 

ASTM A213 Pipes T22 Tubes, which is also available in customized sizes, shapes and designs for our esteemed patrons. The unsuitable welding techniques for these Alloy Steel T22 Seamless Tubes Are Oxy – acetylene and submerged – arc welding, which are further well suited for diverse chemical applications. However, this kind of heat processing is not important in our Alloy Steel T22 Welded Tubes, but if followed, a complete solution annealing at 1149 Degree C or 2100 Degree F then water cooling should be done. These Alloy Steel T22 EFW Tubes with controlled composition can be employed in the welded form and it is less prone to stress corrosion cracking in the several conditions. Production of tankers from our Alloy Steel T22 ERW Tubes are used for handling hydrochloric acid, aluminum chloride catalysts and other strongly reducing chemicals, storage of reducing chemicals, manufacturing herbicides, insecticides, ethylene glycol and benzene, methyl methacrylate, butane isomerization to make high octane gasoline, prevents corrosion from antimony chloride. In reducing gases or in a vacuum, these Alloy Steel T22 Round Tubes may be used from 1600 Degree F (870 Degree C) to substantially higher temperatures. This is because, our Alloy Steel T22 Square Tubes offers resistance to an arrangement of granule margin carbide precipitates in the weld heating zones that have minimized precipitation of carbides and other forms to ensure the uniform resistance to corrosion.

Molybdenum (“Moly”) increases the strength of the steel and its elastic limit, enhance the steel resistance to wear, its impact qualities, and the hardenability. It also improves the resistance to softening, makes chromium steel less prone to embrittlement and prevents pitting.

Chromium, a key element also for stainless steel alloys, prevents steel oxidation at elevated temperatures and increases the resistance of steel to corrosion. It enhances the tensile, yield, and hardness properties of low-alloy pipes at room temperatures.