ASTM A105 tee manufacturer in India

What is the extrusion method for manufacturing an SA105 equal tee?

Manufacturers produce equal tees with two outlets at 90 degrees and one primary connection. The extrusion method for an SA105 equal tee uses raw material with greater diameters than the desired tee. The component gets pushed or extruded from the pipe, the body undergoing pressing at the time. This method can produce tees of different wall thicknesses but is better for small to medium sizes.

The mandrel method is also a popular production technique for these fittings. An ASME SA105 forged tee produced by hot forming can be production-efficient and defect-free for varied applications.

PED approved SA105 reducing tee stockists, view ASTM A105 carbon steel tee weight chart as per ASME B16.11

What are the disadvantages of A105N unequal tee annealing?

Annealing is a popular heat treatment to enhance the chemical and mechanical properties of the material. An A105N unequal tee (normalized for use in low temperatures) can undergo annealing to meet specific characteristics. The process involves cooling to below 1000°F and reheating to 1700°F. The final step is slow cooling in a furnace. However, annealing can incur some disadvantages, so you should weigh it with caution.

• It needs precise temperature controls for uniformity in an ASTM A105N CS straight tee. Improper settings can cause fracturing and material losses.
• It is time-consuming because of the slow cooling.
• Sometimes, multiple cycles are required. It further increases the cost and time.

Check latest price list of ASTM A105N CS straight tee, A105 split tee used in oil and gas industries

A105 carbon steel socket weld tee and lateral tee suppliers in India available indifferent thickness/ sizes at factory price

We keep ready stock of ASTM A105 carbon steel threaded tee in class 2000 to 9000, know more about ASME SA105 forged tee advantages

Top 10 applications of an SA105 reducing tee

Capable of connecting piping of different diameters, an SA105 reducing tee is a common across industrial applications. It provides high integrity and dependable performance in:

• Oil and gas industries
• Chemical processing
• Power generation plants
• Paper manufacturing
• Shipbuilding
• Pharmaceuticals
• Fabrication
• Pumping applications
• Petrochemicals
• Hydraulic applications

How do you install an ASTM A105 carbon steel tee?

Installing and dismantling these fittings is straightforward. An ASTM A105 carbon steel tee can get threaded or welded in the desired region. The connection method will depend on the type of tee and application-specific requirements.

For instance, an ASTM A105 carbon steel threaded tee gets installed by matching the corresponding threads to the piping. The surfaces should get thoroughly cleaned of dirt or contamination before installing the fixture.

An ASTM A105 split tee can also get installed using these approaches. It has an inner diameter equal to the outer diameter of the piping.

3 Advantages of an A105 carbon steel socket weld tee

Multiple industries – power plants to general fabrication – use an A105 carbon steel socket weld tee. It reaps several advantages for the application in performance and sustainability.

• It facilitates proper alignment without the need for tack welds. The socket-based design also keeps the welding metal from flowing into the pipe.
• They present a reduced leakage risk compared to their threaded counterparts.
• These components deliver strong and more durable connections. They also have a high tensile strength of 485mpa. The yield strength is excellent – 250mpa.