Forged Tee Fitting

Forged Fittings

M-Pipe & Fitting Solution Inc. is a reputable business that makes and sells high-quality forged tee fittings. Forged tee fittings are essential in many fields, such as oil and gas, petrochemicals, power generation, etc. These fittings are necessary for connecting and splitting pipes so fluids or gases can flow smoothly and quickly. The forged fittings cross tee is a popular choice among forged tee fittings because it can be used in various ways and is built to last.

ASTM A105 Forged Fittings Cross Tee: ASTM A105 is a well-known standard for high-temperature forgings made of carbon steel. Forged fittings cross tee made from ASTM A105 material are very strong, don’t rust, and last long, so they can be used in demanding industrial settings. The A105 cross-tee fittings go through a process called forging, which improves their mechanical qualities and gives them a uniform grain structure. This makes them more reliable and effective.

Tube Fittings 316: Tube fittings are essential for connecting and securing tubes or lines in different systems. 316 stainless steel is often used for tube fittings because it is solid and durable. The number “316” shows that this stainless steel metal comprises about 16% chromium, 10% nickel, and 2% molybdenum. Tube fittings made of 316 stainless steel have high corrosion resistance, especially in harsh settings with chloride ions or chemicals that cause corrosion. They are often used in the chemistry industry, in the pharmaceutical industry, and in the marine industry.

Pipe fittings are parts used to connect pipes, change the flow of liquids or gases, or control how they move through a plumbing system. These parts come in different shapes, sizes, and materials for various situations. Pipe fittings are chosen based on pressure, temperature, fluid type, and how well they work with the pipe material.

Forged tee fittings can also be used as pipe fittings because they are solid and reliable. Forged pipe fittings are made by shaping hot metal billets with compressive forces during the forging process. This process improves the parts’ mechanical properties, making them stronger and less likely to crack or leak.

Forged Tee Fittings Have These Pros:

Strength and Durability: Forged tee fittings are known for their strength and longevity. When metal is forged, the grain structure is aligned. This gives the metal better mechanical qualities, like higher tensile and yield powers. It makes forged tee fittings very stable, even when they are under high pressure and high heat.

Corrosion Resistance: Different materials, like stainless steel metals like 316, can be used to make forged tee fittings. These materials are very resistant to rust, so the fittings will last and work well even where corrosion is common.

Leak-Free Performance: The forging method used to make forged tee fittings removes internal flaws like porosity and shrinkage expected in cast fittings. It improves the quality of the fittings, making them less likely to leak and ensuring that fluids or gases flow smoothly and reliably.

Wide Range of Uses: Forged tee fittings are flexible and can be used in many businesses. They are used in pipelines for oil and gas, refineries, chemical plants, power plants, and many other places where solid and stable connections are needed.

Forged Tee Fittings, such as the ASTM A105 forged fittings cross tee, tube fittings made from 316 stainless steel, and different pipe fittings, are essential parts of industrial piping systems. They are solid, durable, rust-resistant, and work without leaking. By choosing the right forged tee fittings, businesses can ensure that their systems run safely and efficiently, increasing productivity and reliability overall. Forged tee fits can be made in different ways to meet the needs of other pipelines. Equal tee, reduced tee, and barred tee fittings are some of the most popular types. Each type has its own set of traits and uses.

Equal Tee Fittings: As the name implies, all three sections of a similar tee fitting are the same size. They split the flow from the main pipe into two or more equal branches. Equal tee fits are often used in systems where fluids or gases must be spread evenly.

Reducing Tee Fittings: Reducing Tee fittings have different branch sizes, so pipes with different widths can be joined together. When the flow needs to go in different directions or pipes of different sizes need to be entered, these fittings are used. Reducing tee fittings make it easy to switch between pipes of different sizes without causing damage to the system or making it less effective.

Barred Tee Fittings: A thick bar or plate is welded across the run or branch part of a barred tee fitting. This makes joining the run or extension possible without affecting the main pipeline. A barred tee fitting usually creates a temporary or permanent link without stopping the flow in the main channel.

Forged tee fittings are made through forging, which uses heat and force to form the material. Usually, the first step is to choose high-quality raw materials, such as carbon steel, stainless steel, or other metals. These materials are heated to a specific temperature, and then hydraulic or mechanical presses are used to make them into the shape of a tee.

Forging has several benefits over other ways of making things, like casting. It makes the grain structure smoother, which improves the fittings’ mechanical qualities like strength and resistance to shock. Also, forged tee valves have better size accuracy and surface finish, so they fit better and are easier to install.

After being forged, the parts go through several finishing steps, such as heat treatment, machining, and coating. Heat treatment improves the material’s mechanical qualities and eliminates any remaining stresses. Machining tasks like threading or beveling may be done to get the parts ready for installation. Lastly, surface treatments like galvanizing or painting can make something more resistant to corrosion and make it look better.

When choosing forged tee fittings, it’s essential to consider things like the material’s compatibility with the fluid or gas being moved, the pressure and temperature requirements, and the unique conditions of the application. To guarantee the quality and performance of the parts, they should also be made sure to meet industry standards like ASTM, ANSI, or ASME.

In conclusion, forged tee fittings, such as equal tee fittings, reduced tee fittings, and barred tee fittings, are essential parts of pipeline systems in many businesses. They are effective for connecting and splitting pipelines because they are made well, don’t rust, and can be used in many ways. When selecting the correct grade, it’s essential to remember things like the temperature range, pressure rating, corrosion resistance standards, and compatibility with the fluid or gas being moved. M-Pipe & Fitting Solution Inc. sells certified forged fittings that meet foreign standards like API, ASTM, and ISO 9001:2015.

Forged Tee FittingsSpecifications
Forged Tee TypesSocket Weld Fittings: Equal / Straight Tee and Reducing / Unequal Tee.
ScheduleSCH5, SCH10, SCH20, SCH30, SCH40, STD, SCH80, XS, SCH60, SCH80, SCH120,SCH140, SCH160, XXS
Size1/8″NB to 24″NB & 1/4″OD TO 24″OD AND 6.35mm to 254mm OD Thickness: 0.6mm to 20mm
TypeEqual Tee, Unequal Tee.


Stainless SteelASTM / ASME 201, 202, 301, 304, 304L, 310, 310S, 316L, 316TI, 317, 317L, 321, 347, 409, 409M, 409L, 410, 410S, 420, 430, 431, 441, 444, 446, 17.4PH, 904L
Super Duplex SteelS32750
Duplex SteelASTM / ASME SA 790 UNS NO S 31803 , S 32205 , S 32550 , S 32750 , S 32760.


It’s important to note that selecting the appropriate grade should consider factors such as the temperature range, pressure rating, corrosion resistance requirements, and compatibility with the conveyed fluid or gas. Consulting with experts in the field or referring to industry standards and codes such as ASME B16.11 or MSS SP-97 can provide more specific guidance for selecting the appropriate grade of forged tee fittings for your application.

  • Gas Processing Industry
  • Pharmaceuticals Industry
  • Chemical Industry
  • Pulp and Paper Industry
  • Sea Water Equipment
  • Heat Exchangers
  • Condensers