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ANSI B 16.5, ASME B 16.47 Titanium Alloy Socket Weld Flange, of ASTM A182 Titanium Alloy Grade 1 (3.7025) Socket Weld Flanges, Exporter of Titanium Alloy Gr.2 (3.7035) / Gr.3:(3.7055) Raised Face Socket Weld Flanges, MSS SP44 Titanium Alloy UNS Gr. 7(3.7235) ANSI 150 Socket Weld Flanges Stockiest.

of Titanium Alloy Grade 1 (3.7025) Socket Weld Flange, Titanium Alloy Gr.2 (3.7035) Socket Weld Flange Supplier, Titanium Alloy Gr.5(3.7164/65) Socket Weld Flanges Exporter, Titanium Alloy Gr.3:(3.7055) DIN 2642 Socket Weld Flanges in India.

Socket-Weld Flanges has a female socket in which pipe is fitted. Fillet welding is done from outside on the pipe. The socket welding flange is similar to a slip-on flange except it has a bore and a counterbore dimension.

Titanium Socket Weld flanges were initially developed for use on small-size high pressure piping. Their static strength is equal to Slip On flanges, but their fatigue strength 50% greater than double-welded Slip On flanges. The connection with the pipe is done with 1 fillet weld, at the outside of the flange. But before welding, a space must be created between flange or fitting and pipe.

The purpose for the bottoming clearance in a Socket Weld is usually to reduce the residual stress at the root of the weld that could occur during solidification of the weld metal. The image shows you the X measure for the expansion gap.

The disadvantage of this flange is right the gap, that must be made. By corrosive products, and mainly in stainless steel pipe systems, the crack between pipe and flange can give corrosion problems. In some processes this flange is also not allowed. Also for this flange counts, that principle always firstly a pipe must be welded and then just a fitting.

Titanium Socket weld pipe flanges are used in the applications where there are smaller sizes of high pressure pipes used. These pipe flanges are attached by inserting the pipe into the socket end and applying fillet weld around the top. This helps in better flowing of the fluid or gas inside the pipe. These socket weld pipe flange is available in all materials, sizes and specifications.

B16.5 ASTM A182 Socket Weld Flange, Fusion Bonded Epoxy Coating, EN 1092-2 PN16 Socket Weld Flange, ASME B16.5 Dual Titanium Alloy Socket Weld Flange, ANSI B16.5 Class 150 Flat Face Socket Weld Flange, Titanium Alloy Gr.2 (3.7035) / Gr.3:(3.7055) 30 Inch Socket Weld Flange Stockiest.


Standards Specification:

  • Size : 1/2" to 48"
  • Specifications : ASTM A182
  • Rating: 150#, 300#, 600 (2.4640)#, 900#, 1500#, 2500#,

Material & Grade :

Titanium :
Grade: Gr.1 (3.7025) , Gr.2 (3.7035) , Gr.3:(3.7055) , Gr.5(3.7164/65), Gr. 7(3.7235) , Gr. 11 (3.7225)

Chemical Composition

C Fe H N O Ti
max max max max max max
0.1 0.2 0.015 0.03 0.18 99.5

Mechanical Properties

Hardness, Brinell 120120 annealed
Hardness, Knoop132132 Estimated from Brinell.
Hardness, Rockwell B7070 annealed
Hardness, Vickers122122 Estimated from Brinell.
Tensile Strength, Ultimate240 MPa34800 psi 
Tensile Strength, Yield170 - 310 MPa24700 - 45000 psi 
Elongation at Break24 %24 % 
Reduction of Area35 %35 %  
Modulus of Elasticity105 GPa15200 ksi In Tension
Compressive Modulus110 GPa16000 ksi 
Poisson's Ratio0.370.37 
Charpy Impact310 J229 ft-lb V-notch
Shear Modulus45 GPa6530 ksi 

Product Features:

  • Sturdy design
  • Accurate dimensions
  • High strength
  • Corrosion resistant
  • Smooth transition from flange thickness to pipe
  • Can be easily radio graphed for flaw detection
  • Can be easily welded to a pipe or fitting with a single full penetrations

Other grades also available :

Stainless Steel :
Grade: 304 (1.4301), 304L (1.4307), 304H (1.4948), 309 (1.4828), 309S, 310, 310S (1.4845) , 316 ( 1.4401), 316H, 316L( 1.4404 /1.4432) , 317, 317L (1.4438), 321 (1.4541), 321 H(1.4878), 347 (1.4550), 347H (1.4961), 904L (1.4539)
Duplex Steel:
Grade: 2205 (1.4507)
Super Duplex Steel:
Grade: 2507 (UNS S32750) (1.4410) (UNS S32750)
Inconel :
Grade: Inconel 600 (2.4640), Inconel 601 (2.4851), Inconel 625 (2.4856), Inconel 718(2.4668)
Incoloy :
Grade: Incoloy 800 (2.4958), Incoloy 800H, Incoloy 800HT
Nickel :
Grade: Nickel 200, Nickel 201
Monel :
Grade: Monel 400 ( 2.4360), Monel K500, Monel R-405
Hastalloy :
Grade: Hastalloy B2, Hastalloy B3, Hastalloy C22, Hastalloy C276, Hastalloy X

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Manufacturing Process :

The manufacturing process of flange mainly is divided into forging, casting, cutting and rolling. .

The casting and forging flanges have advantages that the blanks of them have accurate shape, size and low costs and only need simple process. But forging flanges have manufacturing defects such as blowholes, cracks, etc and have not very smooth internal organization streamline. The obvious advantages of forging flanges are that they can be forged in various shapes and they have low costs. .

Forging flanges generally have lower carbon content than the casting flanges and are not easy to rust. They have smooth streamline, uniform internal organization, and better mechanical performance than that of casting flanges. There are no defects, such as blowholes and cracks existing in the casting flanges. Forging flanges are able to withstand higher shear and drawing forces than casting flanges. However, if adopting improper forging process, it will also cause appearance of large, uneven grains and solidification cracking phenomenon, resulting in higher cost than the casting flanges. .

We can distinguish between the casting flanges and forging flanges from the different production process. To take the centrifugal flange as an example, it is a kind of casting flange. Centrifugal flanges are produced by a precision casting method, which makes the flanges’ organization smaller than those commonly produced by sand casting and improves the quality of flanges, making fewer occurrences of loose tissue, pore, sand hole etc.

Cutting process refers to producing flanges by directly cutting a round plate with the inner diameter, outer diameter and thickness which can be further processed later from the middle plate, and then processing the bolt hole and waterline. The maximum diameter of such flanges is limited by the width of the middle plate.

Cutting process refers to producing flanges by cutting stripes from the middle plate and then rolling them into round shape. This process is mainly used for the production of large flange. After the rolling process, weld and then flatten the round shape, and finally process the serrated spiral finish and bolt hole.

Product Usage & Application :

  • Useful in Paper & Pulp Companies
  • Useful in High Pressure Applications
  • Useful in Oil and Gas Industry
  • Useful in Chemical Refinery
  • Useful in Pipeline
  • Useful in High Temperature Application
  • Useful in Water Pipe Line
  • Useful in Nuclear Power Plants
  • Useful in Food Processing and Dairy Industries
  • Useful in Boiler & Heat Exchangers

Packing :

  • Packing is quite important especially in a case of international shipments in which consignment pass through various channels to reach the ultimate destination, so we put special concern regarding packaging.
  • We pack our goods in numerous ways based on the products. We pack our products in multiple ways, such as,
    • Shrink-wrapped
    • Carton boxes
    • Wooden pallets
    • Wooden boxes
    • Wooden crates

Why Choose Us :

  • You can get the perfect material according to your requirement at the least possible price.
  • We also offer Reworks, FOB, CFR, CIF, and door to door delivery prices. We suggest you to do deal for shipping which will be quite economical.
  • The materials we provide are completely verifiable, right from raw material test certificate to the final dimensional statement.(Reports will show on requirement)
  • e guarantee to give a response within 24hours(usually in the same hour)
  • You can get stock alternatives, mill deliveries with minimizing manufacturing time.
  • We are fully dedicated to our customers. If it will not possible to meet your requirements after examining all options, we will not mislead you by making false promises which will create good customer relations.

Tests we carry out (including both Destructive and Non-Destructive) :

  • Positive material recognition
  • Mechanical examining like tensile, Elongation and reduction of area.
  • Large-scale test
  • Chemical examination-Spectro analysis
  • Firmness test
  • Pitting protection test
  • Small tests
  • X-ray test
  • Impact analysis
  • Eddy current examining
  • Hydrostatic analysis
  • Prompt test

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