Steel Pipes

We have in store for our clients a sturdy range of stainless steel pipes that are capacitated to withstand temperature variations and thus are used in heat transfer process equipment like boilers, super heaters, heat exchangers, condensers and similar applications. These stainless steel pipes can be customized depending upon their industrial usage and hold the following technical details:

• Specifications:ASTM A/ASME SA213/A249/A269/A312/A358 CL. I to V ASTM A789/A790
• Grades: 304/L/H, 310S/H, 316/L/H/Ti, 317/l, 321/H, 347/H, 904L.UNS S31803/S32760
• Form:Seamless, EFsW, ERW.
• Size: 1/2” to 24” in Seamless & upto 60” in Welded.
• Thk.: SCH 5S TO SCH 160

Catering to the requirements of several industries such as construction, automotive, fats and fertilizers and many others, our range of carbon steel pipes and alloy steel pipes are resilient and durable. Customized as per the specifications of our clients, these pipes come in the following specifications:

Carbon Steel Pipes & Steel Tubes:

• Line pipes: ASTM A / ASME SA106/A53 GR. A,B/C, API 5L GR. B, ASME SA179, SA192
• Low Temperature: ASTM A / ASME SA333/334 Gr. 1, to 6
• High Yield: API 5L X42, X46, X52, X56, X60, X65, X70, X80, PSL-1, PSL-2
• SAW/EFsW: ASTM A671 & A672
• Form: Seamless, ERW, SAW, LSAW, DSAW, EFsW
• Size: 1/8” to 26” & UPTO 76” For Welded
• Thk.: SCH 20 to SCH XXS

Alloy Steel Pipes & Tubes:

• Pipes: ASTM A / ASME SA335 GR. P1, P5, P9, P11, P12, P22, P91, P92
• Tubes: ASTM A / ASME SA213 GR. T1, T5, T9, T11, T12, T22, T91, T92
• SAW/EFsW: ASTM A691
• Form: Seamless, SAW, EFsW
• Size: 1/8” to 32” & UPTO 76” for welded
• Thk.: SCH 20 to SCH XXS

We offer high quality alloy steel pipes and alloy stainless steel pipes that are used in different industries across the globe. Made in different sizes, these pipes are known for their sturdy construction and long lasting metal.

Range :
15 NB upto 1200 NB IN SCH 5S, 10S, 10, 20, 40S, 40, STD, 60, 80S, 80, XS, 100, 120, 140, 160

Form :
Seamless / ERW / Welded pipes in round and square shapes.

Carbon Steel
ASTM / ASME A 53 GR. A & B, ASTM A 106 GR. A, B & C. API 5L GR. B, API 5L X 42, X 46, X 52, X 60, X 65 & X 70.

ASTM / ASME A 691 GR A, B & C

Alloy Steel
ASTM / ASME A 335 GR P 1, P 5, P 9, P 11, P 12, P 22, P 23, P 91
ASTM / ASME A 691 GR 1 CR, 1 1/4 CR, 2 1/4 CR, 5 CR, 9CR, 91

Those pipes, which does not meet the rigid requirements of the intended specification due to some chemical or physical flaw are known as structural pipe. Structural steel pipes and tubes are those which can be knocked-down and are then bolted together at the site, where it is to be used. These pipes are generally used where plant-fabricated pipe cannot be installed, are not big enough or do not have the strength to support the loads imposed on them.


Structural steel tubes come in various shapes with circular, square and rectangular cross-sections and are used for drainage pipe, small bridges or numerous other construction or industrial applications. The application ranges from culverts, sub-drains, sewers, service tunnels, etc. Structural Steel pipe and tubes governs the chemical and mechanical properties of structural steels and are also used for general construction and engineering purposes.

We are offering Industrial Steel pipes & Carbom Steel Pipes GR.1,GR.6,GR.A, B, C, LF2GR.X42, X46, X52, X56, X60, X65, X70 also in PSL1, PSL2.

The most innovative and universal sewage pipe available in the market today are made up of steel. Sewage treatment cleans water containing human or industrial waste, thus the pipe carrying these waste are subjected to continuous corrosion and pressure. Steel is found resistance to effects of many chemical substances. The pipes are coated with sturdy metals such as Zinc that makes these pipes suitable for sewerage application. In addition, a range of proven external coatings is available to suit all types of ground conditions and above ground applications, such as pumping stations and treatment works.

Sewage pipes made of steel sustain gravity or high pressure, are corrosion resistant and minimizes embedded requirements. These pipes are available in full range of diameters and fittings, to suit different ground conditions and pressure ratings. Simple and quick to install, high strength allows these pipes to cope with uneven longitudinal loading and make them resistant to damage and disruption.

Thermally insulated steel pipelines are extremely important for oil and gas industry. Steel pipelines, which lie buried for hundreds of years, has extraordinary properties including excellent stress crack resistance to natural gas and its contaminants, low permeation to methane and hydrogen, high HDB rating at 20°C, 60°C and 80°C, superior impact resistance, squeeze off, and dependable UV performance for outside storage. The insulation material is usually polyurethane foam (PU), which has high thermal efficiency and is mechanically strong.


Small, medium and large diameter pipes are available and the high strength of steel also makes bending and forming more difficult. Generally, Electric Resistance Welded (E.R.W.) steel Pipe are used for oil and gas processing and transmission lines registered and assures consistent quality in its application. These oil and gas pipes are equally good in hot or wet applications such as river crossings and rough terrain. The use of steel provides standard for pipe suitable for use in conveying gas, water and oil in both the oil and natural gas industries.

Casing pipes are used for casing for oil and gas wells. Steel casing pipes and tubing are applied to furnishing and installing cased tunnels, where they indicate to pass other utilities or obstructions without open excavation. Steel casing pipes and tube have smooth wall and a minimum yield strength of 35,000 psi. Corrosion-proofing water-based paint is applied on the outside pipe surface to protect against atmospheric corrosion during transportation and storage. The pipes can be delivered with metal or composite caps at both ends for thread protection.


Casing pipes are manufactured out of steel are smelted in the electric furnace, treated with synthetic slags and cast by continuous casters. The applied steel making process ensures the achievement of chemically pure steel with reference to sulphur and phosphor contents providing high tensile, ductility and corrosion resistance properties of pipes to be operated at low temperatures in various corrosion media. Pipes are heat-treated in a computerized walking beam furnace. Steel grades and heat treatment regimes applied allow high-strength pipe to be obtained.