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Tube And Pipe
A pipe is a tube or hollow cylinder used to convey materials or as a structural component. The terms pipe and tube are almost interchangeable. A pipe is generally specified by the internal diameter (ID) whereas a tube is usually defined by the outside diameter (OD) but may be specified by any combination of dimensions (OD, ID, wall thickness). A tube is often made to custom sizes and may often have more specific sizes and tolerances than pipe. Also, the term tubing can be applied to non-cylindrical shapes (i.e. square tubing). The term tube is more widely used in the United States, whereas pipe is more common elsewhere in the world.
Both pipe and tube imply a level of rigidity and permanence, whereas a hose is usually portable and flexible. Pipe may be specified by standard pipe size designations, such as nominal pipe size (in the United States), or by nominal, outside or inside diameter and wall thickness. Many industrial and government standards exist for the production of pipe and tubing. Tubing is a pipe or hollow cylinder for the conveyance of fluids (liquids or gases). The terms 'pipe' and 'tubing' are almost interchangeable, although minor distinctions exist (generally, "tubing" implies tighter engineering requirements than "pipe"). Both "pipe" and "tube" imply a level of rigidity and permanence, whereas a "hose" is usually portable and flexible. Tubing and pipe may be specified by standard pipe size designations, e.g. Nominal Pipe Size — or by nominal outside or inside diameter and/or wall thickness. The actual dimensions of pipe are usually not the nominal dimensions (i.e., a "1-inch" pipe will not actually measure 1" in either outside or inside diameter) — whereas many types of tubing are specified by actual I.D., O.D., and wall thickness. There are many industry and government standards for pipe and tubing. |
 
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Carbon Steel Seamless Pipe Seamless steel come in finishes such as hot rolled, cold drawn, turned, roto-rolled etc. After the end finishing, all pipes then pressure tested on a machine. Following are final visual inspection, pipes weighed, measured and stenciled. External coating can then be applied if required. It is involved in the applications for aircraft, missiles, anti-friction bearing, ordnance, etc. Ultra high strength and corrosion-resistant properties makes these perfect for oil & gas industry, chemical industry and car industry.
Seamless steel pipes and tube comes in all kinds of sizes including thin, small, precise, slender and other special pipes and are used for steam boilers and pipe lines, installations with high and super critical steam conditions. These pipes and tubing are manufactured by commercial, electric furnace bearing, consumable, electrode vacuum melted quality steel. These impart strength and durability to the pipes and thus can be used for corrosion-resisting applications.
Carbon or Alloy Steel Seamless Pipes
Dimensions IS to ANSI B 36.10
Size: 1/4" NB TO 24" NB IN Sch 40, 60, 80, 120, 160 & XXS. (Carbon steel)
Carbon Steel:
Specifications: ASTM A 53, A 106, A 179, API 5L/5LX, BSS, 3059, 182, 806, 3601, 3602, DIN 17175, 2448 etc. |
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ERW Pipes And Tubes ERW pipes mean Electric Resistance Welded Pipes. ERW steel pipes and tubes are used. ERW steel pipes and tubes are used in various engineering purposes, fencing, scaffolding, line pipes etc.
ERW steel pipes and tube are available in various qualities, wall thicknesses and diameters of the finished pipes. While manufacturing ERW steel pipes, only high-quality, continuous-cast, fully killed, control-rolled, fine-grain, low-carbon steel is used. High performance ERW steel pipes and tubing possess high strength corrosion resistance, high deformability, high strength and high toughness.
We are among the leading manufacturers and suppliers of erw pipes and tubes in India. We are also one of the largest exporters of erw pipes and tubes in India. ERW pipes and tubes stands for Electric Resistance Welded pipes and tubes. Based on the customers requirements we can manufacture erw pipes and tubes of different size and shape. We have a very large production capacity of erw pipes and tubes. ERW pipes and tubes are used in various engineering purposes, fencing, scaffolding, line pipes etc.
ERW pipe is available in lengths from single random to 120 feet depending on mill capability. ERW pipe is available with square ends or beveled for welding,threaded and coupled and victual grooved. Surface finishes are available in black or bare, or with protective coatings.
E.R.W. Pipe To IS 1239 (Part I) 1979 : BS 1387 : 1967
Mild Steel Black And Galvanized Pipes. P.E./S. ENDS.
Size. 1/4" NB to 6" NB in LIGHT, MEDIUM & HEAVY DUTY
Spec.ISS 1239, 1161, BSS 1387, ASTM A-120 API 5L
E.R.W. (Electric Resistance Welded) Pipes IS 3589 Part II
Size.8.5/8" O.D. to 24" O.D.x 5mm to 12mm thick
Spec.IS 3589 Gr. 330/410 API 5L Gr. B |
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SAW Pipe Submerged Arc Welded [SAW] Tubular
SAW Pipe manufacturing division consist of a JCO Press, Helical / Spiral Mills, number of Three Roll Plate Bending Machine, Inside outside welding lines, Heat Treatment Furnace and all necessary Testing Equipment to produce high quality pipes confirming to various International Standards. These facilities are capable of manufacturing in various grades.
The pipes are supplied according to appropriate standards as well as customer specifications in a large variety of steel grade and dimensions. Specific requirements on execution, tolerances, lengths, mechanical and corrosion properties are offered on request. S.A.W. Pipe
Product Range
Specifications- Dia. - 14"-80".
- Wall thk.: 6 to 25.4 mm.
- Length Single random.
- API 5L Gr. A & B
- API 5L x UPTO Gr. 70.
- ASTM: A 252 Grades 1, 2 & 3.
- ASTM: 671/672/691. IS:3589.
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ERW Spiral Pipe ERW Spiral Pipe :
Diameter
Wall thickness
Lengths
Pipe Specifications- IS 3589-2001, AWWA C-200, ASTM-A53 and API-5L (upto X-80)
Applications
Water and sewage lines Piling and structural pipes oil and gas transmission (API-5L Grade)
Product Range
Specifications- Dia. - 14"-80".
- Wall thk.: 6 to 25.4 mm.
- Length - Single random.
- API 5L Gr. A&B
- API 5Lx UPTO Gr. 70.
- ASTM: A 252 Grades 1, 2 & 3.
- ASTM: 671/672/691.IS:3589.
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Seamless Steel Tubing API Oil Country Tubular Goods (OCTG) Range
Seamless Steel Casing as per API 5 CT pto 13-5/8" (346.08 mm) 0.D. Plain End or Threaded and Coupled with API Round Threads (STC or LTC) or Buttress Threads (BTC)
All grades including J-55, N-80, L-80, C-95, P110 & Q125 Seamless Steel Tubing as per API 5 CT Upto 4-1/2" 0.D. Non Upset (NUE) and External Upset (EUE) End Finish. Plain End or Threaded & Coupled with API Round Threads All grades including J-55, N-80, L-80, C-95, P-110 & Q-125. |
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Hot Dipped Galvanizes ERW Tubes E.R.W. Pipe
To IS 1239 (Part I) 1979 : BS 1387 : 1967
Galvanized Pipes. P.E./S. Ends.
Size. 1/4" NB to 6" NB in Light, Medium & Heavy Duty
Spec. ISS 1239
Galvanized steel pipes are covered by a layer of zinc. Galvanized steel pipes and tubes are mostly used in structural applications. Galvanized steel pipes and tubes are available in various size and shapes based on the customers requirements.
Pipes and tubing made of galvanized steel has long been one of the most used building materials in the world. For decades, designers, builders and consumers seeking long-term structural performance in the harshest of outdoor applications have turned to zinc-coated steel pipes. Zinc-coated galvanized steel pipes and tube resist the attack of wind, water and road salts
Galvanized Steel are those steel that has been covered with a layer of zinc metal. During galvanizing, steel is immersed in a molten zinc bath, ensuring a tough, uniform barrier coating. Zinc's natural corrosion resistance provides long-term protection, even in outdoor environments. Apart from preventing water corrosion, it is equally effective in dry, indoor environments.
Indian Standards- Indian Standards: Specification IS: 1239 (Part-I) 1990 (Light, Medium &Heavy Series) Black & galvanized, plain end screwed and socketed.
- Indian Standards: Specification IS: 1978-1982 up to 200 mm NB grade & YST - 170 and YST - 210.
- Indian Standards: Specification IS: 1161-1998 up to 150 mm NB grade &YST - 210 and YST - 240.
- Indian Standards: Specification IS: 3601-1984 up to 168.3 mm OD and 7.1 mm wall thickness.
- Indian Standards: Specification IS: 3589-1991 ERW Steel Tubes 150 mm to 400mm NB. Indian Standards: Specification IS: 4270-1992 ERW Steel Tubes for waterwells upto 300 mm NB.
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Stainless Steel Tubes & Pipes Products Outer Diameter Thickness
Specification- S.S Welded Tubes 6 mm to 114.3 mm OD 0.9 mm to 6 mm ASTM A-249, A-269 & A-270
- S.S Welded Pipes 1/8" NB to NB
- Above 2 " NB to 4 NB
- Above 4 NB to 8 NB upto SCH80 upto SCH 40S
- upto 10S
- ASTM A-312
- S.S EFSW Pipes 5 NB to 24 NB
- 5" OD & above 2mm to 20 mm
- ASTM A-358
- S.S Seamless Tubes 6 mm OD to 114.3 mm OD Min 0.9 mm
- ASTM A-213, A-269 & A-270
- S.S Seamless Pipes 1/8 NB to 12 NB
- All Scheduled sizes
- ASTM A-312
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Galvanized Pipe And Tube M.S.ERW Black & Galvanized Steel Tubes.- Black Pipe Coated with anti-corrosive black paint. Galvanized pipes coated with uniform hot-dipped zinc coating.
- Sizes ranging from 15mm NB to 150mm NB in Light, Medium & Heavy Class.
- Plain End as well Screwed & Socket.
- Conforming to IS: 1239(P-1)1990, duly IS marked.
- Generally supplied in random length of 4 to 7mtrs, but specific lengths as per the requirement of purchaser also supplied.
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Steel Conduit Pipe And Tube The following are the benefits of steel conduit tubes and pipes:
Electromagnetic Interference (EMI) shielding: Steel conduit can provide shielding for computers and sensitive electronic equipment from the electromagnetic interference caused by nearby power distribution systems. EMI can cause distortion on monitors, the alteration, destruction or loss of valuable digital data and the disruption of communications. Research by Georgia Tech shows that the use of steel conduit reduces electromagnetic fields at 60 Hz power frequency levels by as much as 95 percent.
Physical protection of conductors: What’s there? Sharp nails, drill bits, screws, powerful nail guns, heavy equipment. Not to mention masonry workers, dry wallers, HVAC installers and other trades men. What can you do to protect your vulnerable electrical conductors from physical damage? Specify steel conduit. Steel conduit is tough. It provides the best physical protection you can get.
Non Combustible: When non-metallic conduit is exposed to fire or elevated temperatures it can burn or decompose, generating smoke, heat and toxic gases and opening up a pathway for the fire to spread throughout the building. Steel conduit helps inhibit the spread of fire because it’s non-combustible. That’s why it’s permitted in all environmental air spaces. Plus steel conduit is easier and less costly to seal when it penetrates floors, walls and ceilings.
Adaptable to future wiring changes: Today, the need to replace or upgrade power, data and communications circuits can happen overnight. Requirements for more sophisticated electronic equipment, increased power requirements or new applications can cause owners and tenants to demand changes in the wiring of their plants, retail complexes or buildings. Steel conduit is adaptable. It makes it easier to pull old wiring and install new systems. Steel conduit provides the quickest and most efficient changeover or upgrading of electrical conductors. |
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Like on any other New Year's Eve, we are tempted to evaluate past events, with a slight dissatisfaction because things could have been better, and to engage in prognostications, with the hope that...
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