Short Description

Model No.: ASME-B16.9-ASTM-B363-Titanium-Pipe-Bend

China Titanium Pipe Bend Manufacturer www.steeljrv.com offers ASME B16.9 ASTM B363 Titanium Pipe Bend.

Request a quote Share

Key Specifications / Features

Type: Titanium Pipe Bend
Material: Grade 1 (UNS R50250), Grade 2 (UNS R50400), Grade 5 (UNS R56400), Grade 7 (UNS R52400),Grade 9 (UNS R56320), Grade 12 (UNS R53400),etc
Bending angle (θ): 15°, 30°, 45°, 60°, 90°, 135°, 180°
Bending Radius(R): R=1D, 2D, 3D, 5D, 6D, 8D, 10D or Custom
Size: 1/8″-48″ (DN6-DN1200)
Standard: ANSI B16.9, THK: SCH5S-SCH160S
Ends: BW

Chemical Composition for Titanium Pipe Bend

STANDARD CHEMICAL COMPOSITION (weight %, ma√ or range)
Grade UNS N C H Fe O Al V Pd Mo Ni
No
GR 1 R50250 0.03 0.08 0.015 0.2 0.18
GR 2 R50400 0.03 0.08 0.015 0.3 0.25
GR 3 R50550 0.05 0.08 0.015 0.3 0.35
GR 4 R50700 0.05 0.08 0.015 0.5 0.4
GR 5 R56400 0.05 0.08 0.015 0.4 0.2 5.5-6.75 3.5-4.5
GR 7 R52400 0.03 0.08 0.015 0.3 0.25 0.12-0.25
GR 9 R56320 0.03 0.08 0.015 0.25 0.15 2.5-3.5  2.0-3.0 
GR 12 R53400 0.03 0.08 0.015 0.3 0.25 0.2-0.4 0.6-0.9
GR 23 R56401 0.03 0.08 0.0125 0.25 0.13 5.5-6.5 3.5-4.5

Mechanical & Physical Properties – Titanium Pipe Bend

STANDARD CHEMICAL COMPOSITION (weight %, ma√ or range) MECHANICAL PROPERTIES (min)
Grade UNS Tensile Yield El. Red.
No Mpa Mpa % %
GR 1 R50250 240 138 24 30
GR 2 R50400 345 275 20 30
GR 3 R50550 450 380 18 30
GR 4 R50700 550 483 15 25
GR 5 R56400 895 828 10 25
GR 7 R52400 345 275 20 30
GR 9 R56320 620 483 15 25
GR 12 R53400 483 345 18 25
GR 23 R56401 828 759 10 15

Application of Titanium Pipe Bend

  • Heat exchangers and condensers
  • Seawater desalination industry
  • Chemical Industry
  • Electroplating equipment
  • Precision instruments
  • Environmental protection equipment
  • Auto industry
  • Medical and Sports industry
  • Electric power industry

China Titanium Pipe Bend Manufacturer www.steeljrv.com offers ASME B16.9 ASTM B363 Titanium Pipe Bend.

Size range of pipe bend

The bend is used to change the direction of run of pipe.it advantage is can matach long distance transition requirements,so it is commonly that bends dimension according to customer design.

usually,the bends consist of 3D,5D,7D even 12D series.carbon steel bend

pipe bend design - ASME B16.9 ASTM B363 Titanium Pipe Bend
CONSTANTS FOR PIPE BENDS:

Formula: L = R x B (L = Length of pipe required, R = Radius of bend, B = Constant from table used to find “L”, L =30 x 1.5705 =47.115 in.or 47-1/8″)
Example: Find the length of pipe required to make a 90 bend with a radius of 30″

Nominal pipe
DN size
Outside Diameter at Bevel Center to End

D1

D2

C

M

Series A Series B Series A Series B
20×15
26.9
25
21.3
18
29
29
25×20
25×15
33.7
33.7
32
32
26.9
21.3
25
18
38
38
38
38
32×25
32×20
32×15
42.4
42.4
42.4
38
38
38
33.7
26.9
21.3
32
25
18
48
48
48
48
48
48
40×32
40×25
40×20
40×15
48.3
48.3
48.3
48.3
45
45
45
45
42.4
33.7
26.7
21.3
38
32
25
18
57
57
57
57
57
57
57
57
50×40
50×32
50×25
50×20
60.3
60.3
60.3
60.3
57
57
57
57
48.3
42.4
33.7
26.9
45
38
32
25
64
64
64
64
60
57
51
44
65×50
65×40
65×32
65×25
76.1(73)
76.1(73)
76.1(73)
76.1(73)
76
76
76
76
60.3
48.3
42.4
33.7
57
45
38
32
76
76
76
76
70
67
64
57
80×65
80×50
80×40
80×32
88.9
88.9
88.9
88.9
89
89
89
89
76.1(73)
60.3
48.3
42.4
76
57
45
38
86
86
86
86
83
76
73
70
90×80
90×65
90×50
90×40
101.6
101.6
101.6
101.6



88.9
76.1(73)
60.3
48.3



95
95
95
95
92
89
83
79
100×90
100×80
100×65
100×50
100×40
114.3
114.3
114.3
114.3
114.3

108
108
108
108
101.6
88.9
76.1(73)
60.3
48.3

89
76
57
45
105
105
105
105
105
102
98
95
89
86
125×100
125×90
125×80
125×65
125×50
139.7
139.7
139.7
139.7
133
– 
133
133
133
114.3
101.6
88.9
76.1(73)
60.3
108

89
76
57
124
124
124
124
124
117
114
111
108
105
150×125
150×100
150×90
150×80
150×65
168.3
168.3
168.3
168.3
168.3
159
159 

159
159
139.7
114.3
101.6
88.9
76.1(73)
133
108

89
76
143
143
143
143
143
137
130
127
124
121
200×150
200×125
200×100
200×90
219.1
219.1
219.1
219.1
219
219
219
168.3
139.7
114.3
101.6
159
133
108
178
178
178
178
168
162
156
152
200×200
200×150
200×125
200×100
273.0
273.0
273.0
273.0
273
273
273
273
219.1
168.3
139.7
114.3
219
159
133
108
216
216
216
216
208
194
191
184
300×250
300×200
300×150
323.9
323.9
323.9
325
325
325
273.0
219.1
168.3
273
219
159
254
254
254
241
229
219
300×125
323.9
325
139.7
133
254
216
350×300
350×250
350×200
350×150
355.6
355.6
355.6
355.6
377
377
377
377
323.9
273.0
219.1
168.3
325
273
219
159
279
279
279
279
270
257
248
238
400×350
400×300
400×250
400×200
400×150
406.4
406.4
406.4
406.4
406.4
426
426
426
426
426
355.6
323.9
273.0
219.1
168.3
377
325
273
219
159
305
305
305
305
305
305
295
283
273
264
450×400
450×350
450×300
450×250
450×200
457.2
457.2
457.2
457.2
457.2
478
478
478
478
478
406.4
355.6
323.9
273.0
219.1
426
377
325
273
219
343
343
343
343
343
330
330
321
308
298
500×450
500×100
500×350
500×300
500×250
500×200
508.0
508.0
508.0
508.0
508.0
508.0
529
529
529
529
529
529
457.2
406.4
355.6
323.9
273.0
219.1
478
426
377
325
273
219
381
381
381
381
381
381
368
356
356
346
333
324
550×500
550×450
550×400
559
559
559


508
457
406


419
419
419
406
394
381
600×550
600×550
600×450
610
610
610

630
630
559
508
457

530
480
432
432
432
432
432
419
650×600
650×550
650×500
660
660
660


610
559
508


495
495
495
483
470
457
700×650
700×600
700×550
711
711
711

720
660
610
559

630
521
521
521
521
508
495
750×700
750×650
750×600
762
762
762


711
660
610


559
559
559
546
546
533
800×750
800×700
800×650
813
813
813

820
762
711
660

720
597
597
597
584
572
572
850×800
850×750
850×700
864
864
864


813
762
711


635
635
635
622
610
597
900×850
900×800
900×750
914
914
914

920
864
813
762

820 
673
673
673
660
648
635
950×900
950×850
950×800
965
965
965


914
864
813


711
711
711
711
698
686
1000×950
1000×900
1000×8500
1016
1016
1016

1020
965
914
864

920 
749
749
749
749
737
724
1000×1000
1050×950
1050×900
1067
1067
1067


1016
965
914


762
762
762
711
711
711
1100×1050
1100×1000
1100×950
1118
1118
1118

1120
1067
1016
965

1020 
813
813
813
762
749
737
1150×1100
1150×1050
1150×1000
1168
1168
1168


1118
1067
1016


851
851
851
800
787
775
1200×1150
1200×1100
1200×1050
1220
1220
1220

1220
1168
1118
1067

1120 
889
889
889
838
838
813
Nominal pipe size Outside Diameter at Bevel Center to End
D C M
DN INCH Series A Series B
15
1/2
21.3
18
25
20
3/4
26.9
25
29
25
1
33.7
32
38
32
11/4
42.4
38
48
40
11/2
48.3
45
57
50
2
60.3
57
64
65
21/2
76.1(73)
76
76
80
3
88.9
89
86
90
31/2
101.6
95
100
4
114.3
108
105
125
5
139.7
133
124
150
6
168.3
159
143
200
8
219.1
219
178
250
10
273.0
273
216
300
12
323.9
325
254
350
14
355.6
377
279
400
16
406.4
426
305
450
18
457.2
478
343
500
20
508.0
529
381
550
22
559
419
600
24
610
630
432
650
26
660
495
700
28
711
720
521
750
30
762
559
800
32
813
820
597
850
34
864
635
900
36
914
920
673
950
38
965
711
1000
40
1016
1020
749
1050
42
1067
762
711
1100
44
1118
1120
813
762
1150
46
1168
851
800
1200
48
1220
1220
889
838

Type of Pipe bend

A pipe bend means a piece of pipe which are bent to some angle to join two pipings. they can be nearly any bending radius and angles . Pipe bends are commonly produced on site to meet a specific need by hot induction bending or cold bending. A elbow means a specific pipe bend as per the standard ANSI/ASME B16.9 (or EN 10253, or other pipe fittings standards). Commonly the elbows have a bending radius of 1.5D or 1D (Here the D means nominal diameter of this bend) ,which are called “Long Radius elbow (LR elbow)” or “Short Radius elbow(SR elbow)” . and the angle of an elbow is 45 degree or 90 degree usually, some times there are also custom-designed elbows which are 30 degree,60 degree ,180 degree or other angles.

The pipe bends should be as per the standard of ANSI/ASME B16.49 which did not specific the bending radius and angle , the regular pipe bend radius are 2.5D, 3D ,5D ,7D or 8D , but it can be any other bending radius according to the design need, and bending angle can be in any degree, 5 ,10 ,15, 90 degree or any other. People said “All bends are elbows but all elbows are not bend”, it is not true . Actually “All elbows are pipe bends but not all bends are elbows” is more reasonable.

AAEAAQAAAAAAAAgFAAAAJDdmMDg3MTBmLTE5ZWQtNDI5MS1hOTBkLTZmNTI3NzZiZjhkYQ - ASME B16.9 ASTM B363 Titanium Pipe Bend

  • 3D pipe bend : A 3D pipe bend is a pipe bend that the bend radius is 3 times the pipe outside diameter.
  • 5D pipe bend : The RADIUS of a 5D pipe bend is actually what is 5 times the nominal diameter. So if you had a 10″ diameter pipe, the radius of the centerline of the bend would be 50 inches.
  • 7D pipe bend
  • 12D pipe bend
  • 180 Degree pipe bend
  • Small size pipe bendSmall size pipe bending is a pipe bend that the bend radius is 3 times the pipe outside diameter.
  • Large size pipe bendThe large size pipe bending is used to change the direction of run of pipe.
  • Butt-welded pipe bend
  • Seamless pipe bend
  • High pressure pipe bendA High pressure pipe bending is a pipe bend that used in high pressure application.
bend 116 116 - ASME B16.9 ASTM B363 Titanium Pipe Bend

Pipe bend, Bend pipe, Pipe bending, ANSI, ISO, JIS and DIN Standards, Measures 1/2 to 48 Inches.

Pattern figure
Nominal size 1/2”-48” (DN15-DN1200)
Wall thickness 2-100mm
Angle Degree15,20,45,60,90,135,180
Type 3, 4, 5, 6, 7, 8, 10, 45, 90 and 180D

201598022537407473 - ASME B16.9 ASTM B363 Titanium Pipe Bend

The 90° 3d bend is used to change the direction of run of pipe.it advantage is can matach long distance transition requirements, so it is commonly that bends dimension according to customer design. usually, the bends consist of 3D, 5D, 7D even 12D series.

Pipe Elbow VS Pipe Bend

Pipe Bend is a generic term for any offset or change of direction in the piping. It is a vague term that also includes elbows.
An elbow is an engineering term and they are classified as 90 deg or 45 deg, short or long radius.
Pipe elbows have industrial standards and have limitations to size, bend radius and angle. The angles are usually 45 deg or 90 degrees. All others offsets are classified as pipe bends.
Bends are generally made or fabricated as per the need of the piping; however elbows are pre fabricated and standard, and are available off the shelf.
Bends are never sharp corners but elbows are. Pipe bending techniques have constraint as to how much material thinning can be allowed to safely contain the pressure of the fluid to be contained.  As elbows are pre fabricated, cast or butt welded, they can be sharp like right angles and return elbows which are 180 degrees.
Elbow is a standard fitting but bends are custom fabricated.
In bends as the pipe is bent and there is no welding involved, there is less pipe friction and flow is smoother. In elbows, the welding can create some friction.
All elbows are bends but all bends are not elbows.
Bend has a larger radius then elbows.
Generally the most basic difference is the radius of curvature. Elbows generally have radius of curvature between one to twice the diameter of the pipe.  Bends have a radius of curvature more than twice the diameter.

How to Guarantee the Quality of Titanium Pipe Bend?

We will do strictly inspection as below step:

  • Visual the surface of 90 & 45 degree titanium elbow body.
  • Check the marking: “ANSI B16.9 ASTM B363 GR.WPT2 SMLS 90 Deg 3D Bend 6 Inch Sch40S″.
  • Measure the dimensions. Such as diameter, thickness, height from center to end.
  • Test material chemical composition of titanium bend.

How to Protect the Surface of Titanium Bend?

  • Hot Dipped Galvanized
  • Cold Galvanized
  • Black Primer
  • PE Coated

The production process of pipe bend

20171221092505 39024 - ASME B16.9 ASTM B363 Titanium Pipe Bend

According to the different manufacturing methods, the pipe bend can be divided into three types, namely, the bending pipe, the punching pipe and the welded pipe. Which can be divided into two types of bending bending and bending. When the stainless steel tube for bending the pipe along the longitudinal direction under pressure, leading to pipe wall thickness of the pipe is shortened, the lateral pipe subjected to tensile, elongation, wall thinning and tube; center without force, deformation will not occur. The cross section of stainless steel tube is changed from round to oval. Bend in the production of the need to pay attention to, when the piping system, when the bending radius design does not require the minimum bending radius of the bend to meet certain standards.

Cold bending of pipe bend. Bending pipe in the heating process, the heating process should be slow and uniform, so as to ensure the thermal conductivity of the pipe, we should pay attention to avoid overheating and carburizing.
Bending technology is widely used in the field of boilers and pressure vessels. In many industries, such as aerospace, shipbuilding and other industries, the quality of the pipe bend has a direct impact on the structural rationality, safety and reliability of the product. Therefore, bending the quality of the pipe is the most critical, and grasp the technical conditions of the pipe is the most important. In the cold bending of the pipe bend, the need to choose a reasonable mandrel formation and master the correct method of use.
Because the inner side of the bending tube in bending when wrinkling, core tube is when they bend the tube relative bending radius is small, in order to obtain high quality pipe fittings, pipe is in the bending process, in which are inserted into a suitable mandrel, thereby avoiding method of flattening and wrinkling phenomenon pipe bending appears when arc. Because the tube has a certain elasticity, so when bending force is removed, a rebound angle of pipe bend. In the bending angle, should consider increasing the angle.

What is the Weight Calculation Formula for Pipe Bends?

Weight in kgs = 0.0433 ( D – T ) TRθ / 100000 + L

  • D = Outside diameter
  • T = Thickness in mm
  • R = Bend radius
  • θ = Bend angle
  • L = Weight of double sides straight length

How to Calculate a Pipe Bend

20171221092650 53760 - ASME B16.9 ASTM B363 Titanium Pipe Bend

Whether you are bending pipe for running electrical conduit or a metal project, calculating the bend for the start and end point can be an important factor. While there are different types of pipe benders on the market, they all share a common identification for the operation. Identified on all pipe benders is the size of pipe the unit will bend along with a number called the “take up.” The take up measurement is used for adding or deducting an allowance in the overall length of the bend. By following a basic process, you can calculate pipe bends regardless of the type of bender or the diameter of pipe.

Identify the take up measurement that is located on the pipe-bending shoe itself. This is the addition or deduction of measurement to the length of pipe from the front mark on the bending shoe. Also be aware that there is a second center-of-bend mark located approximately in the center of the bending shoe. Also located along the running length of the shoe are angle markings with lines. These numbers and lines correspond to actual angles that can be bent into the pipe by aligning the pipe with the angled line marked on the outside of the shoe.
Bend a 90-degree angle on a ½-diameter pipe with a ½-inch bender. The process will remain the same for different sized pipes and benders, but only the take up measurement will be different. Identified on the shoe for the ½-inch pipe may be the wording “stub take up 5 inches from arrow or line.” The 5 inches is the amount you will deduct from the overall length of the 90-degree bend measurement.
Use the measuring tape and pencil and place a mark at 12 inches from the end of the pipe. This will be the distance from the bend to the end of the pipe. By using the deduction measurement on the shoe, measure back 5 inches from the 12-inch mark and make a solid pencil line.
Lay the pipe on a level surface and insert the pipe into the bender. The solid pencil mark should be placed 5 inches back from the 12-inch mark and should be aligned with the front mark or arrow on the bending shoe. Pull back on the handle in a smooth motion until the pipe sits at a 90-degree position to the level surface. Place the small level against the upright portion of the pipe and check for level. This will give you a perfect 90-degree bend. Check the height of the overall bend by placing the end of the tape measure on the level base and measure the end of the pipe. It should read 12 inches exactly.
Practice with other angled bends by using the deduction measurement and the center of the bend mark on the shoe. All pipe benders may have their own quirks and slight measurement adjustments that will have to be done. The actual end result also depends on how well and secure you hold the pipe in the bender, prior to the first bend you place on the pipe.

ASME B16.9 ASTM B363 Titanium Pipe Bend‘s Packing & Shipping

1) Packing Method:

Normal packing: plastic film or bubble paper wrapped on product’s surface ,protect ends with caps , pack with wooden case or load on fumifation plywood pallet . 

Custom made as customers request.

201510101910421093905 - ASME B16.9 ASTM B363 Titanium Pipe Bend

2) Shipping Way: 

Usually by Sea, By Air, By Train or River-and-Sea Coordinated Transport. 

As per customer’s request.

Summary
asme b16 9 astm b363 titanium pipe bend - ASME B16.9 ASTM B363 Titanium Pipe Bend
Rating
1star - ASME B16.9 ASTM B363 Titanium Pipe Bend1star - ASME B16.9 ASTM B363 Titanium Pipe Bend1star - ASME B16.9 ASTM B363 Titanium Pipe Bend1star - ASME B16.9 ASTM B363 Titanium Pipe Bend1star - ASME B16.9 ASTM B363 Titanium Pipe Bend
Aggregate Rating
5 based on 3 votes
Brand Name
Yaang
Name
ASME B16.9 ASTM B363 Titanium Pipe Bend
USD 1-9999
Product Availability
Pre-Order Only

Request a quote

    Subject:

    Products Related to ASME B16.9 ASTM B363 Titanium Pipe Bend

  • No related articles