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Weld Neck Flange

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Weld Neck Flange

Weld neck flange is also known as a tapered hub flange or high-hub flange. Weld neck flange is a type of flange that can relocate stress to the pipes, resulting in a reduction in high-stress concentration at the flange’s bottom. There are two types of welding neck flanges: the first is used with wipes, while the second, longer type is used with process plants rather than pipes. Moreover, it is made up of a round fitting that extends beyond the circumference’s rim which allow the flanged to be attached to a bolted flange. Because of the structural valve, this design is far superior. And the flanges are easily identified by the long-tapered hub that gradually extends over to the wall thickness of a pipe or fitting.

Product Structure

Weld Neck Flanges are flanges that are designed to be buttwelded to a piping system. This type of flange includes numerous specifications. Besides that, the long-tapered hub serves as an important reinforcement in a variety of applications involving high pressure, sub-zero, and/or elevated temperatures. Also, under conditions of repeated bending caused by line expansion or other variable forces, the smooth transition from flange thickness to pipe or fitting wall thickness effected by the taper is extremely beneficial.

It is also more expensive due to its long neck and the cost of people to connect the flange to the pipeline or fitting. However, it is preferred for high-stress applications. Moreover, the stresses are transmitted to the pipeline via the necks, or hubs. Furthermore, the gradual transition of thickness from the base of the hub to the wall thickness at the butt weld reinforces the flange.

Type of Weld Neck Flange

Weld neck flanges come in two shapes: one with a reducing neck, known as reducing weld neck flange, and one with an even diameter of a typical long neck, known as long neck weld flange.

i. Reducing Weld Neck Flange

As the name implies, it is a combination of a pipe reducer and a flange that can be welded directly to a smaller pipe.

ii. Long Weld Neck Flange

Long weld neck flanges are commonly found on vessel nozzles and equipment. Moreover, the flanges are made to fit the inside diameter of the pipe or fitting. Also, it is bored to match because it reduces the corrosion and turbulence that occurs inside the pipe.

Application of Weld Neck Flange

Welded neck flanges have a long-tapered hub and are frequently used in high-pressure applications. It is critical to specify the schedule pipe used when ordering a flange. This is due to the inside diameter of flange matching the inside diameter of your pipe. This flange’s buttweld joint with the pipe, combined with the tapered hub, makes it very resistant to dishing and a very sturdy connection. These flanges are ideal for extreme temperature fluctuations and environments where the flanges will be bent and handled frequently.

Advantages

Weld neck flanges are appropriate for use in hostile environments with temperature, pressure, or other sources of stress. Also, this type of flange achieves resilience by sharing environmental stress with the pipe to which it is welded. Other than that, this flange has been used successfully at pressures as high as 5,000 psi.

On the other hand, its name from the flange’s neck, which is welded to the end of a piping system. Hence, it is intended to transfer stress to the pipe, reducing high stress concentrations at the flange’s base. By that, it is more expensive due to their design and engineering, as well as the increased material.

Product Tags

Carbon steel flanges Stainless steel flanges Blind flanges Threaded flanges Socket-weld flange Slip-on flange Lap joint flange Weld neck flange Specialty flange Orifice Flange 1/2″ flange 48″ flange 15mm flange 1200 mm flange 150# flange 300# flange 600# flange 900# flange 1500# flange 2500# flange Raised Face RF Ring Type Joint RTJ Flat Face FF Male & Female M&F Tongue Groove T&G SCH 10 flange SCH 20 flange SCH 30 flange SCH 40 flange SCH 60 flange SCH 80 flange SCH 100 flange SCH 120 flange SCH 140 flange SCH 160 flange SCH STD SCH XS SCH XXS SCH 10s SCH 40s SCH 80s ASME B16.1 ASME B16.5 ASME B16.20 ASME B16.21 ASME B16.24 ASME B16.34 ASME B16.36 ASME B16.42 ASME B16.47 MSS SP-6 MSS SP-9 MSS SP-25 MSS SP-44 MSS SP-53 MSS SP-54 MSS SP-55 MSS SP-75 MSS SP-106 API 605 API 6A API 6B ASME SA/A105N ASTM ASTM A694 F42 ASTM A694 F46 ASTM A694 F52 ASTM A694 F60 ASTM A694 F65 ASTM A694 F70 ASTM A707 L1 ASTM A707 L2 ASTM A707 L3 ASTM A707 L4 flange supplier malaysia ASTM A707 L5 ASTM A707 L6 ASTM A707 L7 ASTM A707 L8 ASME/ASTM SA/A350 LF1 ASME/ASTM SA/A350 LF2 ASME/ASTM SA/A350 LF3 ASME/ASTM SA/A350 LF6 ASME/ASTM SA/A182F2 ASME/ASTM SA/A182F5 ASME/ASTM SA/A182F9 ASME/ASTM SA/A182F11 ASME/ASTM SA/A182F12 ASME/ASTM SA/A182F22 ASME/ASTM SA/A182F91 ASME/ASTM SA/A182F304/304L

Type	Blind Flange, Slip on Flange, Welding Neck Flange, Socket Weld Flange, Threaded Flange, Lap Joint Flange, Anchor Flange, Orifice Flange
Size Range	1/2" (15mm) - 48" (1200mm)
Class	150#, 300#, 600#, 900#, 1500#, 2500#
Type Available	Raised Face RF, Ring Type Joint RTJ, Flat Face FF, Male & Female M&F, Tongue Groove T&G
Schedule	SCH 10, SCH 20, SCH 30, SCH 40, SCH 60, SCH 80, SCH 100, SCH 120, SCH 140, SCH 160 SCH STD, SCH XS, SCH XXS SCH 10s, SCH 40s, SCH 80s
Standard	ASME B16.1, ASME B16.5, ASME B16.20, ASME B16.21, ASME B16.24, ASME B16.34, ASME B16.36, ASME B16.42, ASME B16.47 MSS SP-6, MSS SP-9, MSS SP-25, MSS SP-44, MSS SP-53, MSS SP-54, MSS SP-55, MSS SP-75, MSS SP-106 API 605, API 6A, API 6B

Specification
Carbon Steel	ASME/ASTM SA/A105N
High Yield Carbon Steel	ASTM A694 F42/ 46/ 52/ 60/ 65/ 70 ASTM A707 L1~ L8
Low Temp Carbon Steel	ASME/ASTM SA/A350 LF1/ 2/ 3/ 6
Chrome Moly	ASME/ASTM SA/A182F2, F5 ,F9, F11, F12, F22, F91
Stainless Steel	ASME/ASTM SA/A182F304/304L, 316/316L, 309, 310, 304H, 310H, 317/317L, 321, 321H, 347, 347H, 904L
Duplex/ Super Duplex	UNS S31803, S32205, S32750, S32760 ASME/ASTM SA/A182F51, 53, 55, 60
Nickel Alloy	ASME/ASTM SB564, UNS N02200 (Nickel 200), UNS N02201 (Nickel 201) UNS N04400 (Monel 400), ), UNS N06600 (Inconel 600) UNS N06601 (Inconel 601), UNS N06625 (Inconel 625) UNS N08810 (Incoloy 800H), UNS N08811 (Incoloy 800HT) UNS N08825 (Inconel 825), UNS N010276 (Hastelloy C276)
Remark	HIC, PED 2014/68/EU, NACE MR0175, NORSOK, Weld Overlay available

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Carbon Steel Pipe

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Carbon Steel Pipes

Carbon steel pipe is made of carbon steel which is an iron and carbon steel alloy that considered as a tough material. Carbon steel pipe is also the most widely used pipeline material for construction, structural, and liquid transmissions for water, oil, and gas. Hence, it is utilised in a wide range of heavy-duty industries. This including infrastructure, ships, distilleries, and chemical fertiliser equipment because of its strength and capacity to endure stress. Therefore, it must withstand the application’s pressure, temperature, and corrosion conditions. Furthermore, these requirements are met by using pipe manufactured in accordance with an ASTM or API standard. The standard grades of carbon steel pipe include API 5L Grade B, X42 to X70, ASTM A106 B, ASTM A53 B, ASTM A252 Grade 3, and ASTM A333 Grade 6, among others.

Applications

Carbon steel pipes find numerous applications across various industries due to their strength, durability, and versatility. Here are some common applications:

Oil and Gas Industry: Carbon steel pipes are widely used in the oil and gas industry for transporting crude oil, natural gas, and petroleum products. They are preferred due to their ability to withstand high pressure and temperature conditions.

Water Transportation: Carbon steel pipes are extensively used for water transportation in municipal water supply systems, irrigation projects, and industrial water treatment plants. They offer corrosion resistance and can handle high flow rates.

Construction and Infrastructure: In construction projects, carbon steel pipes are used for structural support, piling, and underground utilities such as drainage systems and sewage lines. Their strength and durability make them suitable for heavy-duty applications.

HVAC Systems: Heating, ventilation, and air conditioning (HVAC) systems often utilize carbon steel pipes for distributing hot or cold water, steam, and air throughout buildings. These pipes offer thermal conductivity and are resistant to corrosion.

Industrial Applications: Carbon steel pipes are crucial in various industrial processes such as manufacturing, chemical processing, and power generation. They are used for conveying fluids, gases, and solids in piping systems within factories and plants.

Benefits

Safe & Long lasting

Carbon steel pipe is both safe and long-lasting. It is an ideal material for structural applications. It is because it is shock resistant and unaffected by harsh environmental conditions such as pressure or extreme weather.

Cost-effective

Because of carbon steel’s incredible strength, carbon steel pipe can be made thinner and with less material while still transporting large volumes. As a result, it is a cost-effective material.

Environmentally friendly

Furthermore, carbon steel is not only less expensive, but it is also recyclable. Hence, it is environmentally friendly and cost-effective.

Flexibility

Moreover, it is a versatile material because it is simple to manufacture. Therefore, it can be made in various thicknesses and sizes. Also, It is simple to cut and bend to fit wherever it is required.

Grade of steel used

Carbon steel pipe comes in a variety of grades and strengths, as well as wall thicknesses. As we have seen, the allowable stress is used to determine the required wall thickness. Hence, the allowable stress is determined by both the material’s metallurgy and the manufacturing method.

ASTM & API

Other than that, the various ASTM and API piping specifications provide guidelines for both metallurgy and manufacturing method. For example, ASTM Specifications A-53 and A-106, as well as API Standard 5L, are the most widely used piping specifications for process lines.

Schedules

Also, the primary wall thicknesses used are defined by schedules, such as Schedule 40, and weights, such as STD. In Grades A and B, ASTM A53 and ASTM A106 pipe are fabricated SMLS or seamed by electric resistance welding. However, tensile strength is higher in grades B. Besides that, ASTM A106 is available in three grades, A, B, and C, in descending order of tensile strength.

Manufacturing Methods

There are numerous methods for producing carbon steel pipes, and each one results in a pipe with a unique set of properties. Strength, wall thickness, corrosion resistance, and restrictions on temperature and pressure are a few of these qualities. For instance, pipes with the same wall thickness but different manufacturing processes may have varying strengths and pressure limits.

Seamless pipe is created by piercing a solid, near-molten steel rod, known as a billet, with a mandrel, resulting in a pipe with no seams or joints. Figure 1.0 depicts the manufacturing process of seamless pipe.

Butt-welded pipe is made by passing hot steel plate through shapers, which roll it into a hollow circular shape. Forcing the two ends of the plate together will result in a fused joint or seam. Figure 2.0 shows the steel plate as it begins the process of forming a butt-welded pipe.

Spiral-welded pipe is the least common of the three methods. The spiral-welded pipe is made by twisting metal strips into a spiral shape, similar to a barber’s pole, and then welding the edges together to form a seam. Because of its thin walls, this type of pipe is limited to low-pressure piping systems. Figure 3.0 depicts spiral-welded pipe prior to welding.

Lastly, the figure below shows the three previously described pipes in their final configuration.

Product Tags

Steel Pipe Seamless pipes Welded pipes Industrial pipes Construction pipes Plumbing pipes Galvanized pipes Black steel pipes Stainless steel pipes Carbon steel pipes Corrosion-resistant pipes High-pressure pipes Low-pressure pipes Hydraulic pipes Gas pipes Oil pipes Water pipes Structural pipes Spiral pipes ERW Pipes Electric Resistance Welding pipes LSAW Pipes Longitudinal Submerged Arc Welding pipes SSAW pipes Spiral Submerged Arc Welding pipes API pipes American Petroleum Institute pipes ASTM pipes American Society for Testing and Materials pipes ASME pipes American Society of Mechanical Engineers pipes ANSI pipes American National Standards Institute pipes ISO pipes International Organization for Standardization pipes 1/4″ pipes 3/8″ pipes 1/2″ pipes 3/4″ pipes 1″ pipes 1-1/4″ pipes 1-1/2″ pipes 2″ pipes 2-1/2″ pipes 3″ pipes 3-1/2″ pipes 4″ pipes 5″ pipes 6″ pipes 8″ pipes 10″ pipes 12″ pipes 14″ pipes 16″ pipes 18″ pipes 20″ pipes 22″ pipes 24″ pipes 26″ pipes 28″ pipes 30″ pipes 32″ pipes 34″ pipes 36″ pipes 38″ pipes 40″ pipes 42″ pipes 44″ pipes 46″ pipes 48″ pipes SCH 10 pipes SCH 20 pipes SCH 30 pipes SCH 40 pipes SCH 60 pipes SCH 80 pipes SCH 100 pipes SCH 120 pipes SCH 140 pipes SCH 160 pipes SCH STD pipes SCH XS pipes SCH XXS pipes SCH 10s pipes SCH 40s pipes SCH 80s pipes ANSI B36.10 pipes ANSI B36.19 pipes ASTM SA pipes A106 Gr A pipes A106 Gr B pipes A106 Gr C pipes API 5L X42 pipes API 5L X46 pipes API 5L X52 pipes API 5L X60 pipes API 5L X65 pipes API 5L X70 – PSL1/ 2 pipes ASTM SA/A333 Grade 6 pipes ASME SA/A333 Grade 6 pipes ASTM SA/A 335 Grade P5 pipes ASTM SA/A 335 Grade P11 pipes ASTM SA/A 335 Grade P22 pipes ASTM SA/A 335 Grade P91 pipes ASME SA/A 335 Grade P5 pipes ASME SA/A 335 Grade P11 pipes ASME SA/A 335 Grade P22 pipes ASME SA/A 335 Grade P91 pipes UNS N02200 pipes UNS N02201 pipes UNS N04400 pipes UNS N06600 pipes UNS N06601 pipes UNS N06625 pipes UNS N08810 pipes UNS N08811 pipes UNS N08825 pipes UNS N010276 pipes Nickel 200 pipes Nickle 201 pipes Monel 400 pipes Inconel 600 pipes Inconel 601 pipes Inconel 625 pipes Incoloy 800H pipes Incoloy 800HT pipes Inconel 825 pipes Hastelloy C276 pipes High temperature pipes Flanged pipes Fitting pipes UNS S31803 pipes UNS S32205 pipes UNS S32750 pipes UNS S32760 pipes High Yield Carbon Steel pipes Low Temperature Carbon Steel pipes Chrome Moly pipes Duplex pipes Super Duplex pipes Nickel Alloy pipes Spiral-welded pipes water transportation pipes

Welded Line Pipe
Thickness	1/8" (6mm), 1/4" (8mm), 3/8" (10mm), 1/2" (15mm), 3/4" (20mm), 1" (25mm), 1-1/4" (32mm), 1-1/2" (40mm), 2" (50mm), 2-1/2" (65mm), 3" (80mm), 3-1/2" (90mm), 4" (100mm), 5" (125mm), 6" (150mm), 8" (200mm)
Standard	API 5L, ASME/ANSI B36.10
NDT	API 5L Annex E (as per client requirement)
Heat Treatment	As per request
Coating	Internal and external coating available as per request

Specification
Carbon Steel	API 5L Gr.B
High Yield Carbon Steel	API 5L X42/ 46/ 52/ 60/ 65/ 70 - PSL1/2
Low Temp Carbon Steel	ASME/ASTM SA/A671 CC65 CL22
Stainless Steel	ASME/ASTM SA/A312 304/304L, 316/316L, 317/317L,321/321H,310
Duplex / Super Duplex	UNS S31803, S32205, S32750, S32760, S31254

Size Range
ERW	2" (50mm), 2-1/2" (65mm), 3" (80mm), 3-1/2" (90mm), 4" (100mm), 5" (125mm), 6" (150mm), 8" (200mm), 10" (250mm), 12" (300mm), 14" (350mm), 16" (400mm), 18" (450mm)
LSAW	16" (400mm), 18" (450mm), 20" (500mm), 22" (550mm), 24" (600mm), 26" (650mm), 28 (700mm)", 30" (750mm), 32" (800mm), 34" (850mm), 36" (900mm), 38" (950mm), 40" (1000mm), 42" (1050mm), 44" (1100mm), 46" (1150mm), 48" (1200mm), 50" (1250mm), 52" (1300mm), 54" (1350mm), 56" (1400mm), 58" (1450mm), 60" (1500mm)

Seamless Pipe
Size Range	1/4" (8mm), 3/8" (10mm), 1/2" (15mm), 3/4" (20mm), 1" (25mm), 1-1/4" (32mm), 1-1/2" (40mm), 2" (50mm), 2-1/2" (65mm), 3" (80mm), 3-1/2" (90mm), 4" (100mm), 5" (125mm), 6" (150mm), 8" (200mm), 10" (250mm), 12" (300mm), 14" (350mm), 16" (400mm), 18" (450mm), 20" (500mm), 22" (550mm), 24" (600mm), 26" (650mm), 28 (700mm)", 30" (750mm), 32" (800mm), 34" (850mm), 36" (900mm), 38" (950mm), 40" (1000mm), 42" (1050mm), 44" (1100mm), 46" (1150mm), 48" (1200mm)
Schedule	SCH 10, SCH 20, SCH 30, SCH 40, SCH 60, SCH 80, SCH 100, SCH 120, SCH 140, SCH 160 SCH STD, SCH XS, SCH XXS, SCH 10s, SCH 40s, SCH 80s
Standard	ASME/ANSI B36.10, B36.19

Specification
Carbon Steel	ASME/ASTM SA/A106 Gr A/ Gr B/ Gr C
High Yield Carbon Steel	API 5L X42/ 46/ 52/ 60/ 65/ 70 - PSL1/ 2
Low Temp Carbon Steel	ASME/ASTM SA/A333 Grade 6
Chrome Moly	ASME/ASTM SA/A 335 Grade P5/ P11/ P22/ P91
Stainless Steel	ASME/ ASTM SA/A312 TP304/304L, 316/316L, 309, 309H, 310S, 310H, 317/317L, 321, 321H, 347, 347H, 904L
Duplex/ Super Duplex	ASME/ASTM SA/A790 UNS S31803, S32205, S32750, S32760
Nickel Alloy	ASME/ASTM SB163, 168, 424, 443, 575 UNS N02200 (Nickel 200), UNS N02201 (Nickle 201) UNS N04400 (Monel 400), UNS N06600 (Inconel 600) UNS N06601 (Inconel 601), UNS N06625 (Inconel 625) UNS N08810 (Incoloy 800H), UNS N08811 (Incoloy 800HT) UNS N08825 (Inconel 825), UNS N010276 (Hastelloy C276)
Remark	HIC, PED 2014/68/EU, NACE MR0175, NORSOK available

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Stainless Steel Pipe

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Stainless Steel Pipe

Stainless steel pipe, composed of a nickel and chromium alloy, is commonly utilized in fluid or gas transportation systems due to its corrosion resistance, particularly against oxidation, making it suitable for high-temperature and chemical environments. Typically manufactured through welding or extrusion processes, welded pipes involve shaping steel and welding seams, while extrusion forms seamless products by heating steel rods and piercing them. Although often used interchangeably, “pipe” and “tube” have distinct measurements and purposes: pipes are measured by interior diameter for fluid and gas conveyance, while tubes, measured by outside diameter and wall thickness, are utilized in structural components and part construction.

Types of Stainless Steel Pipe

Seamless Pipe

A seamless pipe is one that contains no seams or weld joints. Because of the metal, it can withstand high levels of pressure as well as high temperatures. It is also used in numerous oil and gas applications. In addition, it is used in the mechanical and engineering industries. As a result, seamless pipes are extremely versatile, and they are always thoroughly inspected to ensure material quality.

Welded Pipe

Welded pipes can be found in almost any industry due to their versatility. They outperform in terms of corrosion resistance but not pressure resistance. Welded pipes, on the other hand, are far more cost-effective than most other piping methods. Because of the materials used and their lightweight nature, it may also provide the best value for money.

Flanges

Pipe flanges are another critical component of your overall piping setup. Slip-ons, blinds, lap joints, threaded, and semis are among the many styles available. To ensure dependability, these pipe flanges are made of durable and sturdy materials. They also make pipe flanges from high-quality materials.

Spectacle Blinds

People will usually use spectacle blinds, spades, and spacers for temporary or long-term solutions that is allowed for the isolation of piping sections. If a piece of machinery or a section of piping needs to be inspected, spectacle blinds will be used to isolate a specific section of the piping. They will also maintain the overall system during the process. It is recommended that you rigorously test the dependability of your spectacle blinds to stay safe because it is such an important role that is critical to your safety. Because each case is different, it is advised that you consult with a professional before investing large sums of money in spectacle blinds.

Characteristics of Stainless Steel Pipe

Corrosion Resistance

Almost all stainless steel pipes on the market are iron-based alloys with at least 10.5 percent chromium content. When chromium is present in an alloy, it forms a self-healing or protective oxide layer. Furthermore, the formation of an oxide layer contributes to the corrosion resistance of stainless steel pipes. Intact corrosion resistance can be achieved regardless of fabrication method due to the self-healing properties of the oxide layer. Even if the stainless steel pipe surface is damaged or cut, it can self-heal and has a high corrosion resistance.

Work Intensification

One of the most significant benefits of work hardening stainless steel pipe grades is that it significantly increases and improves metal strength while also assisting in cold working. Aside from that, the combination of annealing and cold working stages is simple to use in order to provide adequate strength to fabricated components. Besides that, stainless steel pipe can self-heal and has a high corrosion resistance even if the pipe surface is damaged or cut.

Strength and Formability

The strength of stainless steel pipe varies according to grade. In comparison to mild strength, strength remains somewhat constant in soft conditions. Austenitic steel, which is softer, has a high elongation and ductility. As a result, after a lengthy series of semi-fabrication, it can be cold worked to produce a finished product. Furthermore, toughness and strength must be effectively combined to achieve the desired result.

Ferritic stainless steel pipes are also extremely ductile and strong. Following heat treatment produces hardness and high strength in martensitic steel pipes.

Ductility

The percent elongation is responsible for ductility when performing a tensile test. The elongation of austenitic stainless steel is very high. The elongation of austenitic stainless steel is very high. Due to its high work hardening and ductility rates, austenitic stainless steel can form and work in a variety of processes, including deep drawing.

High Strength

Stainless steel pipe has a higher tensile strength than mild steel. Duplex stainless steel is generally stronger than austenitic steel. As a result, martensitic and precipitation hardening grades have the highest tensile strength. Furthermore, these grade types are twice as strong as other grades.

Magnetic Response

Magnetic response generally attracts stainless steel. Austenitic grades are purely nonmagnetic, though cold working can induce it in a few austenitic grades. Non-magnetic grades, on the other hand, such as 316 and 310, can be cold worked.

Types of Industry where Stainless Steel Pipe is Used

i. Oil and Gas

Technology is critical in the oil and gas industries. As the depths at which we search for oil have increased, so has the demand for corrosion-resistant piping. Hence, there will be more strain putting on the duplex and super duplex stainless steel pipes that we use. Corrosive environments can be extremely harmful. Besides that, if the damage is not repaired, the pipes will easily burst, rendering them unusable for deeper depths. Therefore, it is critical to have strong pipes in the oil and gas industry.

ii. Nuclear Power

It is difficult to extract useful energy from atomic nuclei. Because of cooling requirements, the majority of today’s nuclear reactors are located near the coast. As a result, it will use much of the water to cool these reactors comes from the sea. And it must be corrosion resistant. Stainless steel pipe is critical in the nuclear power industry. This is because of its capable of resisting corrosion caused by seawater.

iii. LNG Liquefied natural gas (LNG) is natural gas that has been cooled to -260 degrees Fahrenheit. So, it can be safely transported to meet the growing demand for natural gas. Also, natural gas is not always feasible or cost-effective to transport via pipelines. So, it is instead transported in liquid form via cryogenic sea vessels and road tankers. As a result, having the proper piping in place to provide safe and cost-effective LNG transport to hard-to-reach areas of the country or the world is critical.

Benefits of Stainless Steel Pipe

Stainless steel is a highly adaptable material that can be used in a variety of indoor and outdoor applications. Using stainless steel pipe for your project has several benefits, including:

Lightweight
Durable
Long-lasting Capable of handling high flow rates
Simple to machine
Scratch resistance
Simple to clean
Low-maintenance
Outstanding corrosion resistance
Recyclable and eco-friendly material

Product Tags

Steel Pipe Seamless pipes Welded pipes Industrial pipes Construction pipes Plumbing pipes Galvanized pipes Black steel pipes Stainless steel pipes Carbon steel pipes Corrosion-resistant pipes High-pressure pipes Low-pressure pipes Hydraulic pipes Gas pipes Oil pipes Water pipes Structural pipes Spiral pipes ERW Pipes Electric Resistance Welding pipes LSAW Pipes Longitudinal Submerged Arc Welding pipes SSAW pipes Spiral Submerged Arc Welding pipes API pipes American Petroleum Institute pipes ASTM pipes American Society for Testing and Materials pipes ASME pipes American Society of Mechanical Engineers pipes ANSI pipes American National Standards Institute pipes ISO pipes International Organization for Standardization pipes 1/4″ pipes 3/8″ pipes 1/2″ pipes 3/4″ pipes 1″ pipes 1-1/4″ pipes 1-1/2″ pipes 2″ pipes 2-1/2″ pipes 3″ pipes 3-1/2″ pipes 4″ pipes 5″ pipes 6″ pipes 8″ pipes 10″ pipes 12″ pipes 14″ pipes 16″ pipes 18″ pipes 20″ pipes 22″ pipes 24″ pipes 26″ pipes 28″ pipes 30″ pipes 32″ pipes 34″ pipes 36″ pipes 38″ pipes 40″ pipes 42″ pipes 44″ pipes 46″ pipes 48″ pipes SCH 10 pipes SCH 20 pipes SCH 30 pipes SCH 40 pipes SCH 60 pipes SCH 80 pipes SCH 100 pipes SCH 120 pipes SCH 140 pipes SCH 160 pipes SCH STD pipes SCH XS pipes SCH XXS pipes SCH 10s pipes SCH 40s pipes SCH 80s pipes ANSI B36.10 pipes ANSI B36.19 pipes ASTM SA pipes A106 Gr A pipes A106 Gr B pipes A106 Gr C pipes API 5L X42 pipes API 5L X46 pipes API 5L X52 pipes API 5L X60 pipes API 5L X65 pipes API 5L X70 – PSL1/ 2 pipes ASTM SA/A333 Grade 6 pipes ASME SA/A333 Grade 6 pipes ASTM SA/A 335 Grade P5 pipes ASTM SA/A 335 Grade P11 pipes ASTM SA/A 335 Grade P22 pipes ASTM SA/A 335 Grade P91 pipes ASME SA/A 335 Grade P5 pipes ASME SA/A 335 Grade P11 pipes ASME SA/A 335 Grade P22 pipes ASME SA/A 335 Grade P91 pipes UNS N02200 pipes UNS N02201 pipes UNS N04400 pipes UNS N06600 pipes UNS N06601 pipes UNS N06625 pipes UNS N08810 pipes UNS N08811 pipes UNS N08825 pipes UNS N010276 pipes Nickel 200 pipes Nickle 201 pipes Monel 400 pipes Inconel 600 pipes Inconel 601 pipes Inconel 625 pipes Incoloy 800H pipes Incoloy 800HT pipes Inconel 825 pipes Hastelloy C276 pipes High temperature pipes Flanged pipes Fitting pipes UNS S31803 pipes UNS S32205 pipes UNS S32750 pipes UNS S32760 pipes Schedule pipes Standard weight pipes Extra strong pipes High-temperature pipes Low-temperature pipes Heat exchanger pipes Boiler pipes Heat resistant pipes Nickel coated pipes Fire-resistant pipes Abrasion-resistant pipes Impact-resistant pipes Rust-resistant pipes Chemical-resistant pipes Underground pipes Aboveground pipes Offshore pipes Onshore pipes Utility pipes Transmission pipes Distribution pipes Sewer pipes Drain pipes Irrigation pipes Foundation pipes Reinforced pipes Slotted pipes Grooved pipes Flanged pipes Specialized pipes

Welded Line Pipe
Thickness	1/8" (6mm), 1/4" (8mm), 3/8" (10mm), 1/2" (15mm), 3/4" (20mm), 1" (25mm), 1-1/4" (32mm), 1-1/2" (40mm), 2" (50mm), 2-1/2" (65mm), 3" (80mm), 3-1/2" (90mm), 4" (100mm), 5" (125mm), 6" (150mm), 8" (200mm)
Standard	API 5L, ASME/ANSI B36.10
NDT	API 5L Annex E (as per client requirement)
Heat Treatment	As per request
Coating	Internal and external coating available as per request

Specification
Carbon Steel	API 5L Gr.B
High Yield Carbon Steel	API 5L X42/ 46/ 52/ 60/ 65/ 70 - PSL1/2
Low Temp Carbon Steel	ASME/ASTM SA/A671 CC65 CL22
Stainless Steel	ASME/ASTM SA/A312 304/304L, 316/316L, 317/317L,321/321H,310
Duplex / Super Duplex	UNS S31803, S32205, S32750, S32760, S31254

Size Range
ERW	2" (50mm), 2-1/2" (65mm), 3" (80mm), 3-1/2" (90mm), 4" (100mm), 5" (125mm), 6" (150mm), 8" (200mm), 10" (250mm), 12" (300mm), 14" (350mm), 16" (400mm), 18" (450mm)
LSAW	16" (400mm), 18" (450mm), 20" (500mm), 22" (550mm), 24" (600mm), 26" (650mm), 28 (700mm)", 30" (750mm), 32" (800mm), 34" (850mm), 36" (900mm), 38" (950mm), 40" (1000mm), 42" (1050mm), 44" (1100mm), 46" (1150mm), 48" (1200mm), 50" (1250mm), 52" (1300mm), 54" (1350mm), 56" (1400mm), 58" (1450mm), 60" (1500mm)

Seamless Pipe
Size Range	1/4" (8mm), 3/8" (10mm), 1/2" (15mm), 3/4" (20mm), 1" (25mm), 1-1/4" (32mm), 1-1/2" (40mm), 2" (50mm), 2-1/2" (65mm), 3" (80mm), 3-1/2" (90mm), 4" (100mm), 5" (125mm), 6" (150mm), 8" (200mm), 10" (250mm), 12" (300mm), 14" (350mm), 16" (400mm), 18" (450mm), 20" (500mm), 22" (550mm), 24" (600mm), 26" (650mm), 28 (700mm)", 30" (750mm), 32" (800mm), 34" (850mm), 36" (900mm), 38" (950mm), 40" (1000mm), 42" (1050mm), 44" (1100mm), 46" (1150mm), 48" (1200mm)
Schedule	SCH 10, SCH 20, SCH 30, SCH 40, SCH 60, SCH 80, SCH 100, SCH 120, SCH 140, SCH 160 SCH STD, SCH XS, SCH XXS, SCH 10s, SCH 40s, SCH 80s
Standard	ASME/ANSI B36.10, B36.19

Specification
Carbon Steel	ASME/ASTM SA/A106 Gr A/ Gr B/ Gr C
High Yield Carbon Steel	API 5L X42/ 46/ 52/ 60/ 65/ 70 - PSL1/ 2
Low Temp Carbon Steel	ASME/ASTM SA/A333 Grade 6
Chrome Moly	ASME/ASTM SA/A 335 Grade P5/ P11/ P22/ P91
Stainless Steel	ASME/ ASTM SA/A312 TP304/304L, 316/316L, 309, 309H, 310S, 310H, 317/317L, 321, 321H, 347, 347H, 904L
Duplex/ Super Duplex	ASME/ASTM SA/A790 UNS S31803, S32205, S32750, S32760
Nickel Alloy	ASME/ASTM SB163, 168, 424, 443, 575 UNS N02200 (Nickel 200), UNS N02201 (Nickle 201) UNS N04400 (Monel 400), UNS N06600 (Inconel 600) UNS N06601 (Inconel 601), UNS N06625 (Inconel 625) UNS N08810 (Incoloy 800H), UNS N08811 (Incoloy 800HT) UNS N08825 (Inconel 825), UNS N010276 (Hastelloy C276)
Remark	HIC, PED 2014/68/EU, NACE MR0175, NORSOK available

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Forged Fittings

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Forged Fittings

Forged fittings, unlike butt weld fittings, are utilized for connecting small diameter piping systems through branches, blinds, or routing. They are crafted through forging and machining processes and adhere to standards such as ASME B16.11, MSS-SP-83, SP95, SP97, and BS3799. Available in sizes ranging from 1/8″ to 4″, these fittings are typically made of carbon steel A105 or stainless steel SS316. Named for the forging process used in their production, they are robust options suitable for nominal bore pipes. Offered in both socket weld and threaded configurations, they are constructed from materials like A105 carbon steel, stainless steel, and nickel alloy, making them suitable for various pipe fitting applications. With pressure classes ranging from 2000# to 9000#, they are designed for demanding applications.

What Are Forged Fittings?

Forged fittings are used to connect. branch, blind, or route piping systems with small diameters. Unlike butt weld fiittings, which are made of pipes and plates, forged fittings are made of forging and machining. Also, forged fittings are available in accordance with the standards and specifications of ASME B16.11, MSS-SP-83, SP95, SP97, and BS3799. All of these forged fittings can be used to connect nominal bore pipes. Moreover, they are made of carbon steel A105 and stainless steel SS316. These forged fittings range in size from 1/8″ to 4″. Furthermore, these fittings got their name from the forging process used in their production. The raw material, which is steel alloy or carbon alloy, is heated and formed into a customizable shape during the manufacturing of these fittings.

Besides that, forged fittings are available in both socket weld and threaded configurations. Additionally, these forged fittings are constructed with A105 carbon steel, stainless steel, and even nickel alloy. And all of these raw materials are suitable for the production of pipe fittings. Additionally, forged fittings are heavier, thicker, and designed for use in more demanding applications. Hence, these pipe fittings have pressure classes of 2000#, 3000#, 6000#, and 9000#.

The Various Types of Forged Fittings

There are various types of forged fittings available on the market. For example, 90D elbow, 45D elbow, straight coupling, three-piece union, and three-way tee are among the fitting types. Besides that, end cap, end plug, hex nipple is also available.

Therefore, a three-way tee is arranged in a T shape with one inlet and two outlets. On the other hand, the forged fittings are useful for combining the flow from two channels to a single outlet. In this case, the reducer assists the system in significantly reducing the flow size to a smaller direction.

Manufacturing of Forged Pipe Fittings

Manufacturers adhere to specific standard procedures and norms when producing each marked pipe fitting. Therefore, every forged fitting has a permanent marking on the collar part with the required credentials. Also, the goal of this marking is to keep the user informed while identifying pipe fitting specifications. Other than that, it also allows for the smooth operation of purchase and selection procedures. Furthermore, every forged pipe fitting reflects various marks. For example, the manufacturer’s trademark, the country of origin, the standards, the size, the work pressure capacity, the material, and the pressure.

Characteristics of Forged Steel Fittings

Strong and long-lasting

Steel forged fittings have a higher overall strength and toughness than steel processed in other ways. Besides that, forged steel is less likely to shatter when in contact with other objects, making it ideal for items such as swords. This increased strength and durability is due to how the steel is forced into shape during the forging process — by pressing or hammering. In addition, this process stretches the grain of the steel, causing it to be aligned in one direction rather than being random. Also, the forging is cooled in water or oil after pressing or hammering. Therefore, the steel is stronger than if it had been cast by the end of the process.

The consistency of forgings

As forged steel fittings is a controlled and deliberate process, with each forging going through the same steps. Hence, it is usually possible to ensure a consistent material over the course of many different forgings. Cast steel, on the other hand, is more random in nature due to the processes used.

Size Restriction

It is more difficult to shape the metal during the forging process. This is because forging occurs while the steel is still solid, as opposed to casting, where the metal is reduced to its liquid form as part of the process. As the metallurgist working with the steel will have more difficulty changing the metal’s shape, the size and thickness of the steel that can be successfully forged are limited. Thus, the larger the metal section under consideration, the more difficult it is to forge.

Product Tags

Forged Fittings Types
Type	Elbow Fittings	45, 90 Degree Threaded and Socket Weld
	Tee Fittings	Equal and Reducing, Threaded and Socket Weld
	Nipple Fittings	Hex Head and Reducing
	Plug Fittings	Hex Head, Round Head & Square Head
	Coupling Fittings	Full, Half, Reducing, Threaded and Socket Weld
	Cap Fittings	Threaded and Socket Weld
	Bushing Fittings	Hexagon, Reducing, Flush
	Union Fittings	Threaded and Socket Weld
	Cross Fittings	Threaded and Socket Weld
	Branch Fittings	Reinforced Socket Outlet Reinforced Threaded Outlet Reinforced Elbow Outlet Reinforced Welding Outlet Reinforced Flange Outlet Reinforced Nipple Outlet
Size Range	1/4" (8mm), 3/8" (10mm), 1/2" (15mm), 3/4" (20mm), 1" (25mm), 1-1/4" (32mm), 1-1/2" (40mm), 2" (50mm), 2-1/2" (65mm), 3" (80mm), 4" (100mm)
Standard	ASME/ANSI 16.11, BS3799, BS1740, MSS SP-83, SP95, SP97
Class	3000#, 6000#, 9000#
Thread	NPT (ASME/ANSI B120-1), BSP, BSPT

Specification
Carbon Steel	ASME/ASTM SA/A105N
High Yield Carbon Steel	ASTM A694 F42/ 46/ 52/ 60/ 65/ 70
Low Temp Carbon Steel	ASME/ASTM SA/A350 LF1/ 2/ 3/ 6
Chrome Moly	ASME/ASTM SA/A182 F2, F5, F9, F11, F12, F22, F91
Stainless Steel	ASME/ASTM SA/A182F304/304L, 316/316L, 309, 310, 304H, 310H, 317/317L, 321, 321H, 347, 347H, 904L
Duplex/ Super Duplex	UNS S31803, S32205, S32750, S32760 ASME/ASTM SA/A182F51, 53, 55, 60
Nickel Alloy	ASME/ASTM SB564, UNS N02200 (Nickel 200), UNS N02201 (Nickel 201) UNS N04400 (Monel 400), UNS N06600 (Inconel 600) UNS N06601 (Inconel 601), UNS N06625 (Inconel 625) UNS N08810 (Incoloy 800H), UNS N08811 (Incoloy 800HT) UNS N08825 (Inconel 825), UNS N010276 (Hastelloy C276)
Remark	HIC, PED 2014/68/EU, NACE MR0175, NORSOK available

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Butt Weld Fittings

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Butt Weld Fittings

Butt weld fittings play a crucial role in piping systems by facilitating seamless connections between pipes or tubes. Unlike threaded or socket weld fittings, they are welded directly to the pipe end, ensuring a robust and leak-proof joint. Commonly used in industrial settings, such as oil and gas, chemical processing, and power generation, butt weld fittings come in diverse shapes and sizes to accommodate various requirements. Their design minimizes turbulence and pressure drop, enhancing the efficiency of fluid transportation systems. They offer reliability, structural integrity, and ease of installation, making them indispensable components in piping and fabrication projects.

What are Butt Weld Fittings?

Butt weld fittings are weldable pipe fittings that allow you to change the flow direction, branch off, reduce pipe size, or attach auxiliary equipment. Furthermore, butt weld fittings made of forged steel are manufactured in accordance with ANSI / ASME B16.9. Butt weld fittings are the most common type of welded pipe fitting, and their nominal pipe size and pipe schedule are specified. Besides that, butt weld fittings begin with seamless or welded pipe and are formed (via multiple processes) into the shapes of elbows, tees, and reducers, among other things. Butt weld fittings are more common in stainless steel because of the cost savings.

Also, butt weld fittings are known as welded pipe fittings. These fittings can provide certain advantages over socket weld and threaded fittings while using in stainless steel and carbon steel. Whereas socket weld fittings are only available up to a certain size, butt weld fittings are available in sizes ranging from 1/2 inch to 72 inch.

Types of Butt Weld Fittings

Butt weld 45° Elbow Fittings

45-degree elbow with a long radius (1.5 x Diameter) and a 45 degree change in fluid direction.

Butt weld 90° Elbow Fittings

90-degree steel pipe elbow with long radius (1.5 x Diameter).

Butt weld 180° return bend Fittings

More than a 90-degree elbow is referred to as a steel bend. For example, long radius and short radius 180-degree bends.

Other than that, butt weld elbow dimensions can be specified as diameter (in NPS) and thickness (in schedule 40 or schedule 80) according to ANSI. For instance, long radius 90-degree elbow 4 inch and thickness in schedule 40 or schedule 80.

Butt Weld Tee Fittings

The vacuum tubing on all three ports of butt weld tee fittings is the same diameter. Hence, tees are commonly used in vacuum piping systems to provide a 90-degree branch.

Butt Weld Reducer Fittings

Reducer is a pipeline component. It can reduce the size of the pipeline from large to small bore based on the inner diameter. Therefore, the length of the reduction is equal to the average of the smaller and larger pipe diameters. Moreover, you can also use the reducer as a diffuser or nozzle in this case.

Butt Weld Cap Fittings

To close off the end of a pipe, a cap will be applied. Hence, the end caps are used to seal or block off the end of a pipeline. Also, the end cap is welded to the relevant sized pipe within the pipeline that requires blocking off or sealing at the weld prep. Unlike a blind flange, which can be unbolted to allow access to the pipeline, the end cap is permanently attached once installed.

How are Butt Weld Fittings Made?

Hot forming would be used to create this type of pipe fitting. By that, it would entail bending the pipe and shaping it into a shape. After that, the manufacturer will cut the pipe to length and that pipe will be the starting material of this fitting. Then, this pipe would be heated and moulded into specific shapes using dies. Also, the heat treatment would be performed to achieve the desired mechanical properties and remove residual stresses.

The Advantages of Butt Weld Fittings

Inexpensive and simple to use.
It can reduce corrosion action and frictional resistance.
Welded joints offer more design flexibility and take up less space.
It is usually permanently leakproof for a welding fitting connection.
Butt weld fittings are continuous metal structure that connects a pipe and a fitting and has a high strength performance in a piping system.
The connection has a smooth inner surface and changes direction gradually. The pressure losses and turbulence for fluid transport will then be reduced.

What is the Difference Between Short Radius (SR) and Long Radius (LR)?

The terms SR45 elbow and LR45 elbow are frequently used. And the 45 or 90 refers to the bend angle for buttweld fitting to change the flow direction. Apart from that, a long radius elbow (LR 90 Elbow or LR 45 Elbow) has a pipe bend that is 1.5 times the pipe size. As a result, a 6-inch LR 90 has a bending radius that is 1.5 times the nominal pipe size. Also, a short radius elbow (SR45 or SR90) has a pipe bend equal to the size of the fitting. So, a 6″ SR 45 has a bending radius equal to the nominal pipe size of 6″.

Product Tags

Fittings forged fittings butt weld fittings Elbow Fittings Tee Fittings Nipple Fittings Plug Fittings Coupling Fittings Cap Fittings Bushing Fittings Union Fittings Cross Fittings Branch Fittings 45 Degree Threaded Fittings 90 Degree Threaded Fittings 45 Degree Socket Weld Fittings 90 Degree Socket Weld Fittings Equal Tee Fittings Reducing Tee Fittings Threaded Tee Fittings Socket Tee Fittings Hex Head Nipple Fittings Hex Fittings Reducing Nipple Fittings Hex Head plug Fittings Round Head Plug Fittings Square Head Plug Fittings Full Coupling Fittings Half Coupling Fittings Reducing Coupling Fittings Threaded Coupling Fittings Socket Weld Coupling Fittings Threaded Cap Fittings Socket Weld Cap Fittings Hexagon Bushing Fittings Reducing Bushing Fittings Flush Bushing Fittings Threaded Union Fittings Socket Weld Union Fittings Threaded Cross Fittings Socket Weld Cross Fittings Reinforced Socket Branch Outlet Fittings Reinforced Threaded Branch Outlet Fittings Reinforced Elbow Branch Outlet Fittings Reinforced Welding Branch Outlet Fittings Reinforced Flange Branch Outlet Fittings Reinforced Nipple Branch Outlet Fittings 1/4” Fittings 3/8” Fittings 1/2” Fittings 1” Fittings 1-1/4” Fittings 1-1/2” Fittings 2” Fittings 2-1/2” Fittings 3” Fittings 4” Fittings 8mm Fittings 10mm Fittings 15mm Fittings 20mm Fittings 25mm Fittings 32mm Fittings 40mm Fittings 50mm Fittings 65mm Fittings 80mm Fittings 100mm Fittings ASME 16.11 Fittings ASME BS3799 Fittings ASME BS1740 Fittings ASME MSS SP-83 Fittings ASME SP95 Fittings ASME SP97 Fittings ANSI 16.11 Fittings ANSI BS3799 Fittings ANSI BS1740 Fittings ANSI MSS SP-83 Fittings ANSI SP95 Fittings ANSI SP97 Fittings 3000# Fittings 6000# Fittings 9000# Fittings NPT Fittings NPT ASME B120-1 Fittings NPT ANSI B120-1 Fittings BSP Fittings BSPT Fittings Carbon Steel Fittings High Yield Carbon Steel Fittings Low Temp Carbon Steel Fittings Chrome Moly Fittings Stainless Steel Fittings Duplex Fittings Super Duplex Fittings Nickel Alloy Fittings ASME Fittings ASTM Fittings SA/A105N Fittings ASTM A694 F42 Fittings ASTM A694 F46 Fittings ASTM A694 F52 Fittings ASTM A694 F60 Fittings ASTM A694 F65 Fittings ASTM A694 F70 Fittings ASME SA/A350 LF1 Fittings ASME SA/A350 LF2 Fittings ASME SA/A350 LF3 Fittings ASME SA/A350 LF6 Fittings ASTM SA/A350 LF1 Fittings ASTM SA/A350 LF2 Fittings ASTM SA/A350 LF3 Fittings ASTM SA/A350 LF6 Fittings ASME SA/A182 F2 Fittings ASME SA/A182 F5 Fittings ASME SA/A182 F9 Fittings ASME SA/A182 F11 Fittings ASME SA/A182 F12 Fittings ASME SA/A182 F22 Fittings ASME SA/A182 F91 Fittings ASTM SA/A182 F2 Fittings ASTM SA/A182 F5 Fittings ASTM SA/A182 F9 Fittings ASTM SA/A182 F11 Fittings ASTM SA/A182 F12 Fittings ASTM SA/A182 F22 Fittings ASTM SA/A182 F91 Fittings ASME SA/A182F304 Fittings ASME SA/A182F304L Fittings

Types of Butt Weld Fittings Types
Type	Elbow Fittings	Long, Short Radius, 3D
		45 Degrees, 90 Degress & 180 Degrees
	Reducer Fittings	Concentric & Eccentric
	Tee Fittings	Equal & Reducing
	End Cap Fittings	-
Size Range	1/2" (15mm), 3/4" (20mm), 1"(25mm), 1-1/4" (32mm), 1-1/2" (40mm), 2" (50mm), 2-1/2" (65mm), 3" (80mm), 3-1/2" (90mm), 4" (100mm), 5"(125mm), 6" (150mm), 8" (200mm), 10" (250mm), 12" (300mm), 14" (350mm), 16" (400mm), 18" (450mm), 20" (500mm), 22" (550mm), 24" (600mm), 26" (650mm), 28" (700mm), 30" (750mm), 32" (800mm), 34" (850mm), 36" (900mm), 48" (1200mm)
Wall Thickness	SCH 10, SCH 20, SCH 30, SCH 40, SCH 60, SCH 80, SCH 100, SCH 120, SCH 140, SCH 160 SCH STD, SCH XS, SCH XXS SCH 10s, SCH 40s, SCH 80s
Standard	ASME B16.9, ASME B16.28, MSS SP-75

Specification
Carbon Steel	ASME/ASTM SA/A234-WPB, WPC
High Yield Carbon Steel	ASTM A860 WPHY 42/ 46/ 52/ 60/ 65/ 70
Low Temp Carbon Steel	ASME/ASTM SA/A420 WPL6
Chrome Moly	ASME/ASTM SA/A234-WP5, WP9, WP11, WP12, WP22, WP91
Stainless Steel	ASME/ASTM SA/A403WP 304/304L, 316/316L, 309, 304H, 310S, 317, 321, 321H, 347, 347H, 904L
Duplex/ Super Duplex	ASME/ASTM SA/A815 UNS S31803 / S32205 / S32750 / S32760
Nickel Alloy	ASME/ASTM SB366, UNS N02200 (Nickel 200), UNS N02201 (Nickle 201) UNS N04400 (Monel 400),), UNS N06600 (Inconel 600) UNS N06601 (Inconel 601), UNS N06625 (Inconel 625) UNS N08810 (Incoloy 800H), UNS N08811 (Incoloy 800HT) UNS N08825 (Inconel 825), UNS N010276 (Hastelloy C276)
Remark	HIC, PED 2014/68/EU, NACE MR0175, NORSOK available

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SLIP ON FLANGE

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Slip On Flange

Slip on flange are also known as SO flange. It is widely known due to its low material cost and ease of installation. There are many different diameters as well as low-pressure models to choose between. Slip on flange, apart from welding neck flanges, lacks a neck to rest on the pipe, necessitating double welding. A slip-on flange is a type of flange that is designed to slip over the end of a pipe and then be welded in place. It has a slightly larger inside diameter than the outside diameter of the pipe it is intended to be used with. This allows the flange to slide over the pipe, and then the pipe and flange are welded together.

How Does A Slip On Flange Work?

Slip on flange are designed to fit over pipes and are slightly larger inside than pipe. They connect to the pipe via a fillet weld at the top and bottom of the flange. In addition, it is used to insert the pipe into the flange’s inner hole. It is because the flange’s inner diameter is slightly larger than the pipe’s outer diameter. Hence, the pipe and flange can be joined by lap welding at the top and bottom of the flange.

Accordingly, it lacks a weld bevel, hence it is a simple and excellent alternative to a weld neck, allowing the pipe to be adjusted in length relative to the flange’s position. Other than that, the flange’s bore will provide plenty of room for the matching pipe. By that, it provides enough working space for the welder and fabricator to connect.

Besides that, it is very common in low-pressure applications. Most of the flanges would have a hub that looks dimensionally similar to a raised face. If space is tight and also the application enables for a “ring style” slip on, it could be furnished without a hub. Even though the hub style seems to be more usual when referring to a slip on, a ring style slip on without a hub is still considered a slip on flange. In order to have a better connection, the flanges in higher pressure classes are frequently made with the height of a lap joint.

Types of Slip On Flanges

While slip-on flanges primarily serve the function of connecting pipes in a piping system, they come in various types to suit different needs and applications. Here are some common types of slip-on flanges:

Raised Face Slip-On Flange: This type of slip-on flange has a raised face around the bore hole, which serves as a mating surface for the gasket. The raised face helps create a tighter seal between the flange and the mating component, reducing the risk of leaks.
Flat Face Slip-On Flange: Unlike the raised face flange, a flat face slip-on flange has a flat surface without any raised area around the bore hole. It requires the use of a flat gasket and is typically used in applications where a raised face is not necessary or desired.
Ring Type Joint (RTJ) Slip-On Flange: RTJ slip-on flanges feature a groove machined into the flange face to accommodate a metal ring gasket. These flanges are commonly used in high-pressure and high-temperature applications where a reliable and leak-proof seal is required.
Male and Female Slip-On Flange: In this type, one flange has a raised face while the mating flange has a corresponding depression or female face. The raised face fits into the depression, providing a more secure fit and alignment between the flanges

Product Tags

Carbon steel flanges Stainless steel flanges Blind flanges Threaded flanges Socket-weld flange Slip-on flange Lap joint flange Weld neck flange Specialty flange Orifice Flange 1/2″ flange 48″ flange 15mm flange 1200 mm flange 150# flange 300# flange 600# flange 900# flange 1500# flange 2500# flange Raised Face RF Ring Type Joint RTJ Flat Face FF Male & Female M&F Tongue Groove T&G SCH 10 flange SCH 20 flange SCH 30 flange SCH 40 flange SCH 60 flange SCH 80 flange SCH 100 flange SCH 120 flange SCH 140 flange SCH 160 flange SCH STD SCH XS SCH XXS SCH 10s SCH 40s SCH 80s ASME B16.1 ASME B16.5 ASME B16.20 ASME B16.21 ASME B16.24 ASME B16.34 ASME B16.36 ASME B16.42 ASME B16.47 MSS SP-6 MSS SP-9 MSS SP-25 MSS SP-44 MSS SP-53 MSS SP-54 MSS SP-55 MSS SP-75 MSS SP-106 API 605 API 6A API 6B flanges supplier malaysia ASME SA/A105N ASTM ASTM A694 F42 ASTM A694 F46 ASTM A694 F52 ASTM A694 F60 ASTM A694 F65 ASTM A694 F70 ASTM A707 L1 ASTM A707 L2 ASTM A707 L3 ASTM A707 L4 ASTM A707 L5 ASTM A707 L6 ASTM A707 L7 ASTM A707 L8 ASME/ASTM SA/A350 LF1 ASME/ASTM SA/A350 LF2 ASME/ASTM SA/A350 LF3 ASME/ASTM SA/A350 LF6 ASME/ASTM SA/A182F2 ASME/ASTM SA/A182F5 ASME/ASTM SA/A182F9 ASME/ASTM SA/A182F11 ASME/ASTM SA/A182F12 ASME/ASTM SA/A182F22

Type	Blind Flange, Slip on Flange, Welding Neck Flange, Socket Weld Flange, Threaded Flange, Lap Joint Flange, Anchor Flange, Orifice Flange
Size Range	1/2" (15mm) - 48" (1200mm)
Class	150#, 300#, 600#, 900#, 1500#, 2500#
Type Available	Raised Face RF, Ring Type Joint RTJ, Flat Face FF, Male & Female M&F, Tongue Groove T&G
Schedule	SCH 10, SCH 20, SCH 30, SCH 40, SCH 60, SCH 80, SCH 100, SCH 120, SCH 140, SCH 160 SCH STD, SCH XS, SCH XXS SCH 10s, SCH 40s, SCH 80s
Standard	ASME B16.1, ASME B16.5, ASME B16.20, ASME B16.21, ASME B16.24, ASME B16.34, ASME B16.36, ASME B16.42, ASME B16.47 MSS SP-6, MSS SP-9, MSS SP-25, MSS SP-44, MSS SP-53, MSS SP-54, MSS SP-55, MSS SP-75, MSS SP-106 API 605, API 6A, API 6B

Specification
Carbon Steel	ASME/ASTM SA/A105N
High Yield Carbon Steel	ASTM A694 F42/ 46/ 52/ 60/ 65/ 70 ASTM A707 L1~ L8
Low Temp Carbon Steel	ASME/ASTM SA/A350 LF1/ 2/ 3/ 6
Chrome Moly	ASME/ASTM SA/A182F2, F5 ,F9, F11, F12, F22, F91
Stainless Steel	ASME/ASTM SA/A182F304/304L, 316/316L, 309, 310, 304H, 310H, 317/317L, 321, 321H, 347, 347H, 904L
Duplex/ Super Duplex	UNS S31803, S32205, S32750, S32760 ASME/ASTM SA/A182F51, 53, 55, 60
Nickel Alloy	ASME/ASTM SB564, UNS N02200 (Nickel 200), UNS N02201 (Nickel 201) UNS N04400 (Monel 400), ), UNS N06600 (Inconel 600) UNS N06601 (Inconel 601), UNS N06625 (Inconel 625) UNS N08810 (Incoloy 800H), UNS N08811 (Incoloy 800HT) UNS N08825 (Inconel 825), UNS N010276 (Hastelloy C276)
Remark	HIC, PED 2014/68/EU, NACE MR0175, NORSOK, Weld Overlay available

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Blind Flange

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Blind Flange

A blind flange is also known as a solid flange. Blind flange is primarily designed to cap off a line. It is also designed to cover a pipe or nozzle on a vessel that is not being utilised. In addition, a nozzle is normally a pipe that exits a container which is flanged. By that, it can be attached to valves or pipework. A nozzle is frequently blocked off from a blind flange for load tests in a plant or just because the customer doesn’t use all the nozzles that were provided on the tank. Other blind flanges are made of simple materials, need little machining in comparison to other flanges. Furthermore, blind flanges are weight more than most alternatives since they lack a bore. Other than that, we also offer custom machined parts to match up to slip-on and weld neck flanges. NPT threads in the middle and custom bore holes are common modifications. Blinds can also be provided with high hubs (most API 6BX blinds have high hubs as a requirement).

Where are Blind Flanges Most Commonly Used?

In general, the blind flange can have a raised face, a ring joint face, or a flat face. If it has a raised face, we would propose a standard ring gasket suitable for the servicing and/or test. The most common reason a flange may be flat faced is because it was not built to withstand the bending pressures that would come from using a ring gasket or raised face flange.

Also, the blind flange is being used to blank off the end of piping, valves, and pressure vessel openings, similar to a plug or cap. It can be made of cast iron, forgings, specific plates, or flat bars. Unlike a welded cap, the blind flange allows easy access to the inner of a vessel or pipe because it is bolted. Besides that, they are the most stressed of all standard flange types in addition to the internal pressure as well as bolt loading, especially in large sizes.

Benefits of choosing Blind Flanges

Blind flanges are crucial components in pipelines, offering several benefits:

Closure and Isolation: One of the primary functions of a blind flange is to seal off the end of a pipeline. This prevents the flow of fluids or gases through that particular section, allowing for maintenance, repairs, or inspections to be carried out downstream without affecting other parts of the pipeline.

Safety: By providing a secure closure, blind flanges enhance safety by minimizing the risk of leaks, spills, or accidents during maintenance activities or shutdowns. This is particularly important in industries dealing with hazardous materials or volatile substances.

Pressure Testing: Blind flanges are often used during pressure testing of pipelines. By closing off the end of the pipeline with a blind flange, pressure can be applied to the system to check for any leaks or weaknesses in the piping infrastructure before it is put into service.

Temporary Blockage: In situations where a section of the pipeline needs to be temporarily blocked off, such as for maintenance work or equipment installation, blind flanges can be quickly installed and removed as needed, providing a temporary blockage solution without the need for permanent modifications to the pipeline.

Flexibility and Versatility: Blind flanges come in various sizes, materials, and pressure ratings, making them versatile components suitable for a wide range of pipeline applications. They can be customized to meet specific project requirements, ensuring compatibility with different pipeline systems.

Corrosion Resistance: Depending on the material chosen for construction, blind flanges can offer excellent corrosion resistance, prolonging the service life of the pipeline and minimizing the need for frequent replacements or repairs.

Cost-Effectiveness: Compared to other closure methods, such as welding caps or plugs, blind flanges offer a cost-effective solution for pipeline closure and isolation. They can be easily installed and removed without requiring specialized equipment or labor-intensive procedures, reducing downtime and associated costs.

Standardization: Blind flanges are manufactured according to industry standards such as ASME B16.5 or API 605, ensuring compatibility and interchangeability with other pipeline components. This standardization simplifies procurement, installation, and maintenance processes, streamlining operations for pipeline operators.

In summary, blind flanges play a vital role in pipeline systems by providing secure closure, facilitating maintenance activities, ensuring safety, and offering versatility and cost-effectiveness across various industrial applications.

Product Tags

Carbon steel flanges Stainless steel flanges Blind flanges Threaded flanges Socket-weld flange Slip-on flange Lap joint flange Weld neck flange Specialty flange Orifice Flange 1/2″ flange 48″ flange 15mm flange 1200 mm flange 150# flange 300# flange 600# flange 900# flange 1500# flange 2500# flange Raised Face RF Ring Type Joint RTJ Flat Face FF Male & Female M&F Tongue Groove T&G SCH 10 flange SCH 20 flange SCH 30 flange SCH 40 flange SCH 60 flange SCH 80 flange SCH 100 flange SCH 120 flange SCH 140 flange SCH 160 flange SCH STD SCH XS SCH XXS SCH 10s SCH 40s SCH 80s ASME B16.1 ASME B16.5 ASME B16.20 ASME B16.21 ASME B16.24 ASME B16.34 ASME B16.36 ASME B16.42 ASME B16.47 MSS SP-6 MSS SP-9 MSS SP-25 MSS SP-44 MSS SP-53 MSS SP-54 MSS SP-55 MSS SP-75 MSS SP-106 API 605 API 6A API 6B ASME SA/A105N ASTM ASTM A694 F42 ASTM A694 F46 ASTM A694 F52 ASTM A694 F60 ASTM A694 F65 ASTM A694 F70 ASTM A707 L1 ASTM A707 L2 ASTM A707 L3 ASTM A707 L4 ASTM A707 L5 ASTM A707 L6 ASTM A707 L7 ASTM A707 L8 ASME/ASTM SA/A350 LF1 ASME/ASTM SA/A350 LF2 ASME/ASTM SA/A350 LF3 ASME/ASTM SA/A350 LF6 ASME/ASTM SA/A182F2 ASME/ASTM SA/A182F5 ASME/ASTM SA/A182F9 ASME/ASTM SA/A182F11 ASME/ASTM SA/A182F12 ASME/ASTM SA/A182F22 ASME/ASTM SA/A182F91 ASME/ASTM SA/A182F304/304L ASME/ASTM SA/A182F316/316L ASME/ASTM SA/A182F309 ASME/ASTM SA/A182F310 ASME/ASTM SA/A182F304H ASME/ASTM SA/A182F310H ASME/ASTM SA/A182F317/317L

Type	Blind Flange, Slip on Flange, Welding Neck Flange, Socket Weld Flange, Threaded Flange, Lap Joint Flange, Anchor Flange, Orifice Flange
Size Range	1/2" (15mm) - 48" (1200mm)
Class	150#, 300#, 600#, 900#, 1500#, 2500#
Type Available	Raised Face RF, Ring Type Joint RTJ, Flat Face FF, Male & Female M&F, Tongue Groove T&G
Schedule	SCH 10, SCH 20, SCH 30, SCH 40, SCH 60, SCH 80, SCH 100, SCH 120, SCH 140, SCH 160 SCH STD, SCH XS, SCH XXS SCH 10s, SCH 40s, SCH 80s
Standard	ASME B16.1, ASME B16.5, ASME B16.20, ASME B16.21, ASME B16.24, ASME B16.34, ASME B16.36, ASME B16.42, ASME B16.47 MSS SP-6, MSS SP-9, MSS SP-25, MSS SP-44, MSS SP-53, MSS SP-54, MSS SP-55, MSS SP-75, MSS SP-106 API 605, API 6A, API 6B

Specification
Carbon Steel	ASME/ASTM SA/A105N
High Yield Carbon Steel	ASTM A694 F42/ 46/ 52/ 60/ 65/ 70 ASTM A707 L1~ L8
Low Temp Carbon Steel	ASME/ASTM SA/A350 LF1/ 2/ 3/ 6
Chrome Moly	ASME/ASTM SA/A182F2, F5 ,F9, F11, F12, F22, F91
Stainless Steel	ASME/ASTM SA/A182F304/304L, 316/316L, 309, 310, 304H, 310H, 317/317L, 321, 321H, 347, 347H, 904L
Duplex/ Super Duplex	UNS S31803, S32205, S32750, S32760 ASME/ASTM SA/A182F51, 53, 55, 60
Nickel Alloy	ASME/ASTM SB564, UNS N02200 (Nickel 200), UNS N02201 (Nickel 201) UNS N04400 (Monel 400), ), UNS N06600 (Inconel 600) UNS N06601 (Inconel 601), UNS N06625 (Inconel 625) UNS N08810 (Incoloy 800H), UNS N08811 (Incoloy 800HT) UNS N08825 (Inconel 825), UNS N010276 (Hastelloy C276)
Remark	HIC, PED 2014/68/EU, NACE MR0175, NORSOK, Weld Overlay available

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Type of Instrument valve: Function and Basic

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Type of Instrument valve: Function and Basic

1. What is Instrument valve?

Instrument measurement shows up in applications that require valves. These applications include static pressure, isolation, differential pressure, Venting, liquid level, gauge pressure and instrument lines. In addition, at the end connection of valves, female NPT & Male NPT can be found.

2. Different type of Instrument valve

Hand Valve

The existing of hand valve control the amount of inlet steam nozzles to be used while operating. TESCOM Anderson Greenwood Instrumentation hand valves are suitable for all instrument isolation duties, helping provide bubble tight shut-off time after time. Also, with metal or soft seats for gas, vapor or liquid applications, rated up to 10,000 psig (690 barg), there is a hand valve for even the most severe service. It is available in standard or exotic materials.

Technical Data of TESCOM Anderson Greenwood Instrumentation

Features	Details
Materials	CS, SS, Monel®, Hastelloy®, Duplex and other exotic materials
Seat	Metal and Soft
Connections	1/4” to 1/2” threaded, flanged, also suitable for direct mounting
Orifice sizes	3.0 mm (0.12 in) , 4.7 mm (0.19 in)
Pressure max	6,000 psig (414 barg)
Temperature max	538 °C (1000 °F)

Gauge Valve

Typically, a gauge valve works as a single shutoff needle valve to isolate the gauge from the process. For example, TESCOM Anderson Greenwood Instrumentation gauge valves include multi-port and block and bleed styles suitable for gauge isolation, calibration, and venting with a choice of either a globe pattern or straight through bore design. Other than that, a wide choice of end connections and comprehensive range of standard gauge accessories allows complete flexibility for individual installations.

Technical Data of TESCOM Anderson Greenwood Instrumentation

Features	Details
Materials	CS, SS, Monel®, Hastelloy®, Duplex and other exotic materials
Seat	Metal and Soft
Connections	1/4” to 1/2” threaded, flanged, also suitable for direct mounting
Orifice sizes	3.0 mm (0.12 in) , 4.7 mm (0.19 in)
Pressure max	6,000 psig (414 barg)
Temperature max	538 °C (1000 °F)

Manifold Pressure

Furthermore, pressure transmitter and differential pressure transmitter require valve manifolds as standard accessories. Thus, range of TESCOM Anderson Greenwood Instrumentation pressure manifolds is suitable for all types of static pressure instruments; from gauges to “smart” pressure transmitters. Other than that, it is available for direct or remote mounting, the pressure manifolds enable isolation, calibration, and venting in a single unit.

Technical Data of TESCOM Anderson Greenwood Instrumentation

Features	Details
Materials	CS, SS, Monel®, Hastelloy®, Duplex and other exotic materials
Seat	Metal and Soft
Connections	1/4” to 1/2” threaded, flanged, also suitable for direct mounting
Orifice sizes	3.0 mm (0.12 in) , 4.7 mm (0.19 in)
Pressure max	6,000 psig (414 barg)
Temperature max	538 °C (1000 °F)

3. Choosing Right Instrument valve

Moreover, a number of fundamental factors need to be taken into account when choosing an instrumentation valve. Listed below are some of the main factors to consider.

Basic Valve/Packing Designs
Pressure and Temperature Considerations
Pressure Fluctuation

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Check Out Our Booth at OGA 2022 (13 - 15 SEP)

We’d love to meet you in person at the the OGA 2022 – 18th Asian Oil, Gas & Petrochemical Engineering Exhibition.

Visit us on 13 – 15 September 2022 at the Kuala Lumpur Convention Centre (KLCC) Hall 2, Booth No: 2805

Locate us on the Map below. See you on the day!

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Difference between Seamless and Welded Pipe

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Differences between Seamless pipe and Welded pipe

Seamless and Welded pipe are the most prominent comparison among different types of piping techniques. To differentiate Seamless and Welded pipe, many factors should take into accounts from Manufacturing process, Length and Size, Working Pressure and Corrosion Resistance, Material Availability and Lead Time until economy and testing.

Seamless Pipe VS Welded Pipe

1. Manufacturing Process

Seamless pipe are derived from large piece of solid cylindrical steel, known as billet which is then heated and stretched until it forms into a hallow tube with desired dimensions.
Welded Pipe are manufactured from a long-coiled strip, known as skelp which is then rolled by a bending machine until it formed into a tube with desired dimensions. Welding pipe available in a few types such as ERW, SSAW, LSAW, DSAW.

2. Length and size

Due to the difficulties in manufacturing process, Seamless pipe is relatively shorter. Generally, Seamless pipe is produces in nominal sizes from 1/8” to 36”
On the other way round, welded pipe does not have any length and size limitation. Hence, in terms of length and size availability, welded pipe is better.

3. Working Pressure and Corrosion Resistance

“Seamless” pipe which named as no seam (crease) or welded joint found, caused a higher working pressure compared to welded pipe. Absent of seam allowed seamless pipe to resist more pressure and load. Hence, corrosion resistance is higher.
Conversely, “Welded” pipe which consist of seam due to welding has 20% lower working pressure. Hence, resulting a lower corrosion resistance.

4. Material Availability and Lead Time

The manufacturing of seamless pipe required limited high strength material such as stainless steel, copper, carbon steel, titanium, Monel, Hastelloy, etc. Limited Materials and complex production process caused a longer lead time.
On the contrary, manufacturing of welded pipe made by long coiled strip which available in various different material. Hence, shorter delivery and lead time required.

5. Economy and Testing

Seamless pipe does not require weld integrity test. However, the complexity of manufacturing process had caused a high costing.
Conversely, welded pipe is more economic. It must be tested before use to build a piping system.

Product Tags

Welded Line Pipe
Thickness	1/8" (6mm), 1/4" (8mm), 3/8" (10mm), 1/2" (15mm), 3/4" (20mm), 1" (25mm), 1-1/4" (32mm), 1-1/2" (40mm), 2" (50mm), 2-1/2" (65mm), 3" (80mm), 3-1/2" (90mm), 4" (100mm), 5" (125mm), 6" (150mm), 8" (200mm)
Standard	API 5L, ASME/ANSI B36.10
NDT	API 5L Annex E (as per client requirement)
Heat Treatment	As per request
Coating	Internal and external coating available as per request

Specification
Carbon Steel	API 5L Gr.B
High Yield Carbon Steel	API 5L X42/ 46/ 52/ 60/ 65/ 70 - PSL1/2
Low Temp Carbon Steel	ASME/ASTM SA/A671 CC65 CL22
Stainless Steel	ASME/ASTM SA/A312 304/304L, 316/316L, 317/317L,321/321H,310
Duplex / Super Duplex	UNS S31803, S32205, S32750, S32760, S31254

Size Range
ERW	2" (50mm), 2-1/2" (65mm), 3" (80mm), 3-1/2" (90mm), 4" (100mm), 5" (125mm), 6" (150mm), 8" (200mm), 10" (250mm), 12" (300mm), 14" (350mm), 16" (400mm), 18" (450mm)
LSAW	16" (400mm), 18" (450mm), 20" (500mm), 22" (550mm), 24" (600mm), 26" (650mm), 28 (700mm)", 30" (750mm), 32" (800mm), 34" (850mm), 36" (900mm), 38" (950mm), 40" (1000mm), 42" (1050mm), 44" (1100mm), 46" (1150mm), 48" (1200mm), 50" (1250mm), 52" (1300mm), 54" (1350mm), 56" (1400mm), 58" (1450mm), 60" (1500mm)

Seamless Pipe
Size Range	1/4" (8mm), 3/8" (10mm), 1/2" (15mm), 3/4" (20mm), 1" (25mm), 1-1/4" (32mm), 1-1/2" (40mm), 2" (50mm), 2-1/2" (65mm), 3" (80mm), 3-1/2" (90mm), 4" (100mm), 5" (125mm), 6" (150mm), 8" (200mm), 10" (250mm), 12" (300mm), 14" (350mm), 16" (400mm), 18" (450mm), 20" (500mm), 22" (550mm), 24" (600mm), 26" (650mm), 28 (700mm)", 30" (750mm), 32" (800mm), 34" (850mm), 36" (900mm), 38" (950mm), 40" (1000mm), 42" (1050mm), 44" (1100mm), 46" (1150mm), 48" (1200mm)
Schedule	SCH 10, SCH 20, SCH 30, SCH 40, SCH 60, SCH 80, SCH 100, SCH 120, SCH 140, SCH 160 SCH STD, SCH XS, SCH XXS, SCH 10s, SCH 40s, SCH 80s
Standard	ASME/ANSI B36.10, B36.19

Specification
Carbon Steel	ASME/ASTM SA/A106 Gr A/ Gr B/ Gr C
High Yield Carbon Steel	API 5L X42/ 46/ 52/ 60/ 65/ 70 - PSL1/ 2
Low Temp Carbon Steel	ASME/ASTM SA/A333 Grade 6
Chrome Moly	ASME/ASTM SA/A 335 Grade P5/ P11/ P22/ P91
Stainless Steel	ASME/ ASTM SA/A312 TP304/304L, 316/316L, 309, 309H, 310S, 310H, 317/317L, 321, 321H, 347, 347H, 904L
Duplex/ Super Duplex	ASME/ASTM SA/A790 UNS S31803, S32205, S32750, S32760
Nickel Alloy	ASME/ASTM SB163, 168, 424, 443, 575 UNS N02200 (Nickel 200), UNS N02201 (Nickle 201) UNS N04400 (Monel 400), UNS N06600 (Inconel 600) UNS N06601 (Inconel 601), UNS N06625 (Inconel 625) UNS N08810 (Incoloy 800H), UNS N08811 (Incoloy 800HT) UNS N08825 (Inconel 825), UNS N010276 (Hastelloy C276)
Remark	HIC, PED 2014/68/EU, NACE MR0175, NORSOK available

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Weld Neck Flange

Product Structure

Type of Weld Neck Flange

i. Reducing Weld Neck Flange

ii. Long Weld Neck Flange

Application of Weld Neck Flange

Advantages

Product Tags

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Carbon Steel Pipes

Applications

Benefits

Safe & Long lasting

Cost-effective

Environmentally friendly

Flexibility

Grade of steel used

ASTM & API

Schedules

Manufacturing Methods

Product Tags

Stainless Steel Pipe

Types of Stainless Steel Pipe

Characteristics of Stainless Steel Pipe

Work Intensification

Ductility

High Strength

Magnetic Response

Types of Industry where Stainless Steel Pipe is Used

i. Oil and Gas

ii. Nuclear Power

Benefits of Stainless Steel Pipe

Product Tags

Forged Fittings

What Are Forged Fittings?

The Various Types of Forged Fittings

Manufacturing of Forged Pipe Fittings

Characteristics of Forged Steel Fittings

Product Tags

Butt Weld Fittings

What are Butt Weld Fittings?

Types of Butt Weld Fittings

Butt weld 45° Elbow Fittings

Butt weld 90° Elbow Fittings

Butt weld 180° return bend Fittings

Butt Weld Tee Fittings

Butt Weld Reducer Fittings

Butt Weld Cap Fittings

How are Butt Weld Fittings Made?

The Advantages of Butt Weld Fittings

What is the Difference Between Short Radius (SR) and Long Radius (LR)?

Product Tags

Slip On Flange

How Does A Slip On Flange Work?

Types of Slip On Flanges

Product Tags

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Blind Flange

Where are Blind Flanges Most Commonly Used?

Benefits of choosing Blind Flanges

Product Tags

flanges supplier malaysia

Type of Instrument valve: Function and Basic

1. What is Instrument valve?

2. Different type of Instrument valve

Hand Valve

Technical Data of TESCOM Anderson Greenwood Instrumentation

Gauge Valve

Technical Data of TESCOM Anderson Greenwood Instrumentation

Manifold Pressure

Technical Data of TESCOM Anderson Greenwood Instrumentation

3. Choosing Right Instrument valve

Looking for Instrument Valve?

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Experienced Team

Lower Price

Check Out Our Booth at OGA 2022 (13 - 15 SEP)

Differences between Seamless pipe and Welded pipe

Seamless Pipe VS Welded Pipe