Inconel 625 Pipe Fittings | ASTM B366 WPNCMC Elbow/ Alloy 625 Tee

How can one ensure the quality and reliability of Inconel 625 pipe fittings from a manufacturer?

Ensuring the quality and reliability of Inconel pipe fittings are crucial to ensure the optimal performance of the system. This especially holds for demanding environments where resistance to high temperature and corrosion is crucial. To ensure the quality and reliability, you should thoroughly research and find a reputed inconel 625 pipe fittings manufacturer in India, who can offer products as per your needs.

Enquire about the manufacturing process and see if the ASTM B366 UNS N06625 concentric reducers are made following the prescribed standard and specification. You should also ask if they would provide quality certificates and perform tests as necessary. They should also communicate with your effectively and execute changes, as required.

What are the advantages of using Inconel 625 fittings?

Inconel 625 offers good corrosion resistance in various aggressive environments. This would include pitting and crevice corrosion resistance.
The material can resist high temperature and creep.
The inconel 625 fittings offer high strength & durability, which ensures a long-term seamless performance.
The inconel 625 fittings offer high strength & durability, which ensures a long-term seamless performance.

Table Of Content:

Inconel 625 Pipe Fittings Specifications
Inconel 625 Elbow Price List
ASTM B366 WPNCMC Tee Price
Alloy 625 End Cap Price
WPNCMC Material Corrosion Resistance
Inconel 625 Fittings Heat Treatment
WPNCMC-S BW Fittings Suitable Environment
ASTM B366-WPNCMC Buttweld Fittings Available Sizes
ASME SB 366 UNS N06625 Tee Welding Method
Operating Temperature Of B366 Gr WPNCMC Welded Fittings
UNS N06625 Fittings Tensile Strength
Different Type Of Inconel Buttweld Pipe Elbow
Popular Types of ASTM B366 WPNCMC Tee
Types Of ASTM B366 Gr WPNCMC-S Seamless Reducer
Various types of WPNCMC End Cap, Stub End & Bend
Other Types of Nickel Alloy 625 Buttweld Fittings
Types Of Nickel Alloy 625 Forged Fittings
Inconel Fittings Modulus At Elevated Temperatures
Common Uses Of Nickel Inconel Alloy 625 Fittings

Alloy 625 Fittings Equivalent Material
ASTM B366-WPNCMC Chemical Composition
WPNCMC Pipe Fittings Yield Strength
Melting Temperature Of Inconel 625 Forging
Density Of Inconel 625 Buttweld Fittings in KG/m3
Alloy 625 Forging Physical Properties
Inconel 625 Elbow Thermal Conductivity
ASTM B366 Wpncmc Fittings Electrical Resistivity
Inconel 625 Weld Fittings Specific Heat Capacity
Alloy 625 Buttweld Elbow Weight Chart
WPNCMC Concentric Reducer Weight Chart
Inco 625 90 Degree Elbow Dimensions
ASME SB 366 UNS N06625 Fittings Pressure Rating
Inconel Pipe Fittings Hs Code
Inconel 625 Superalloy Pipe Cap Dimensions
WPNCMC Stub End Dimensions
Connection Types Of WPNCMC Pipe Fittings
ASME/ ASTM Standard For Inconel 625 Fittings

ASTM B366 WPNCMC Elbow Manufacturer in India, View Specifications

How do you determine the correct size of an alloy 625 elbow for a given pipe?

To determine the correct size of an alloy 625 elbow, you should first understand the pipe size and schedule.
Determine the required bend angle and calculate the center-to-face dimensions.
Once you have all the details, check if the size and elbow of inconel alloy 90 degree elbow is compatible with that of the pipe.

Inconel 625 Pipe Fittings Specifications

Size In Ready Stock :

Welded : 24 – 96″
Seamless : 1/2″ – 24″
Buttweld : 1/2″ – 36″

Common Thickness :

SCH 10 To SCH XXS

Suitable Temperature :

Above 982°C

Characteristic :

Higher strength
Excellent fabricability
Non-magnetic

Applicable Fluids Types :

Oil and Gas
Water
Air
Steam

Types Of Packaging

Wooden Cases
Wooden Pallet
Carton Box

Sour service :

NACE TM-0284
NORSOK
MTC EN 10204 3.1
HIC tested

Forming

Welding
Rolling
Press forging
Bending
Perforating

Nickel Content :

Grade :

WPNCMC = 625

Melting Point

2350-2460 °F
1290-1350°C

Surface Condition

Sand Blasted
Pickled
Polished

Marking Method :

Standard
Heat Treatment
Grade
Schedule
Manufacturers name
Size

Connection :

Bevelled
Compound Bevel
Plain Bevel

WPNCMC Material Life :

35-40 Years

Machines :

Hydraulic Press 150/ 300 Tons Capacity
Cold Forming
Beveling

Inspection Plan :

HIC test
Ultrasonic test
Hyrdrostatic test
PMI test

Methods :

Buttweld
Seamless
Welded

Density :

8.4 g/cm3

Surface Condition: :

Sand Blasted
Pickled
Polished

Manufacturing Method :

Pressing
Pushing
Forging
Casting

American Standard :

ASTM B366 WPNCMC-W for Welded
ASTM B366 WPNCMC-S for Seamless

Chromium Content :

20.0 – 23.0%

Angle Of Pipe Bend :

15°/ 22.5/ 30°
45°/ 60°/ 90°
135°/ 180°

Bending Method :

Ram type bending
Hot induction bending
Roll bending
Mandrel bending

Bend Radius :

3D & 4D
5D & 6D
8D & 10D
12D & 22D

Heat Treatment :

Stress Relieving = 1100/1500°F (air quenching)
Solution annealing = 2000-2200°F (air quench)
Annealing = 1600/1900°F (air quenching)

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What is the welding process for the ASTM B366 N06625 tee?

To weld the ASTM B366 N06625 tee properly, selecting the right technique that offers precision and control is very crucial.
Next, prepare the welding area by cleaning and making it free from contamination.
Select the right filler material like ERNiCrMo-3 and place the joint for proper alignment.
Finally, welding on DIN 2.4856 reducing tee must be performed by an experienced professionals following all the parameters.

Contact Directly An Inconel Pipe Fittings Manufacturer in India For High Quality Material with MTC, Check Price List

Inconel 625 Elbow Price List

Size	Price In US$ (Dollar) per unit	Price in UAE Dirham (AED) per unit
¾”	US$ 12.96	47.60
1”	US$ 17.43	64.02
1.1/4”	US$ 21.75	79.89
1.1/2”	US$ 27.61	101.41
2”	US$ 31.07	114.12
2.1/2”	US$ 35.34	129.80
3”	US$ 41.61	152.83
4”	US$ 55.72	204.66
6”	US$ 71.40	262.25
8”	US$ 86.39	317.31
10”	US$ 101.55	372.99
12”	US$ 116.22	426.88
14”	US$ 130.20	478.22

ASTM B366 WPNCMC Tee Price

Size	Price In US$ (Dollar) per unit	Price in UAE Dirham (AED) per unit
¾”	US$ 18.22	66.92
1”	US$ 23.61	86.72
1.1/4”	US$ 28.93	106.26
1.1/2”	US$ 34.35	126.17
2”	US$ 38.25	140.49
2.1/2”	US$ 43.42	159.48
3”	US$ 49.62	182.25
4”	US$ 62.52	229.64
6”	US$ 78.68	288.99
8”	US$ 93.97	345.15
10”	US$ 108.36	398.01
12”	US$ 123.65	454.17

Alloy 625 End Cap Price

Size	Price In US$ (Dollar) per unit	Price in UAE Dirham (AED) per unit
¾”	US$ 87.59	321.72
1”	US$ 104.99	385.63
1.1/2”	US$ 169.20	621.47
2”	US$ 217.32	798.22
2.1/2”	US$ 286.87	1053.67
3”	US$ 374.58	1375.83
4”	US$ 460.39	1691.01
6”	US$ 749.60	2753.28
8”	US$ 1066.87	3918.61

Hydro-Tested Alloy 625 Tee and ASTM B366 N06625 Reducer Supplier in Mumbai, View Available Sizes, Corrosion Resistance & Suitable Environment

WPNCMC Material Corrosion Resistance

Material	Acetic Acid Concentration	Corrosion Rate In mm/a	Corrosion Rate In mm/a
ASTM B366 WPNCMC Fittings	10%	0.0152–0.160	0.60–0.63

Inconel 625 Fittings Heat Treatment

Stress Relieved	Annealed	Solution Treated
Up to 870°C	930 To 1040°C	1090 – 1200°C

WPNCMC-S BW Fittings Suitable Environment

Hydrochloric acid
Caustic Soda
Organic acids
Sulphuric acid

ASTM B366-WPNCMC Buttweld Fittings Available Sizes

Types	Buttweld	Seamless	Welded
Pipe Bends	Up to 24	Up to 36	Upto 48
End Cap	1/2″ to 24″	2″ To 24	6″ To 70
Tee	1/2″ To 24″	1/2″ To 36″	12″ To 80″
Elbow	1/2″ To 24″	1/2″ To 28″	4″ To 120″
Reducers	1/2″ To 24″	1/2″ To 48″	2″ To 56″

Supply Alloy 625 Fittings With Penetration Inspection In Asia, View 625 Inconel Stub End Welding Method & Chemical Composition

ASME SB 366 UNS N06625 Tee Welding Method

Welding Methods	Full Form
SMAW	Shielded metal arc welding
FCAW	Flux cored arc welding
TIG	Tungsten inert gas welding
GMAW	Gas metal arc welding

Operating Temperature Of B366 Gr WPNCMC Welded Fittings

Grade 2 = Annealed at 1976 to 2120°F (1080 to 1160°C)
Grade 1 = Annealed at 1742 to 1922°F (950 to 1050°C)

UNS N06625 Fittings Tensile Strength

Max = 1034 MPa
Min = 827 MPa

Nickel Alloy 625 Hardness

Brinell = 220 HB(Max.)
Brinell = 145 HB(Min.)

Different Type Of Inconel Buttweld Pipe Elbow

ASTM B366 Inconel 625 90° Long Radius Elbow

Nickel Alloy 625 90° Short Radius Elbow

Alloy 625 45° Long Radius Elbow

Inconel 2.4856 45° Short Radius Elbow

ASTM B366 Inconel 625 180° Long Radius Elbow

Inco 625 180° Short Radius Elbow

Inconel Alloy 625 1D Elbow

ASME SB 366 UNS N06625 1.5D Elbow

Nickel Alloy Inconel 625 3D Elbow

Inconel UNS N06625 5D Elbow

ASTM B366 UNS N06625 Welded Elbows

Inconel Elbow

SCH 10 Inconel Pipe Elbow

SCH 40 Inconel 625 Elbow

SCH 80 Nickel Alloy 625 Elbow

Popular Types of ASTM B366 WPNCMC Tee

UNS N06625 Inconel 625 Flanged Tee

Inconel 625 Equal Tee

625 Inconel Reducing Tee

Inconel 625 Alloy Y Tee

Inconel Alloy 625 Straight Tee

Inconel 625 Superalloy Fabricated Tee

Inconel 625 Tee

WPNCMC Tee

Types Of ASTM B366 Gr WPNCMC-S Seamless Reducer

Alloy Inconel 625 Pipe reducer

Alloy 625 Inconel Concentric Reducer

Alloy 625 Nickel Eccentric Reducer

Inconel 625 Reducer

WPNCMC Reducer

Various types of WPNCMC End Cap, Stub End & Bend

Din 2.4856 End Cap

Inconel 625 Grade Pipe Bend

Inconel 625 Nickel Alloy Return Bends

Inconel 625 Stub End

Inconel 625 Pipe Bend

Inconel 625 End Cap

WPNCMC Pipe Bend

WPNCMC End Cap

WPNCMC Stub End

Other Types of Nickel Alloy 625 Buttweld Fittings

Alloy 625 Fittings

Alloy 625 Forging

Inconel 625 Forging

Inconel 625 Casting

Inconel 625 Tube Fittings

ASTM B366 WPNCMC Fittings

WPNCMC Fittings

WPNCMC Pipe Fittings

WPNCMC Seamless Fittings

WPNCMC Weld Fittings

WPNCMC Welded Fittings

Nickel Alloy 625 Buttweld Fittings

Alloy 625 Pipe Fittings

Nickel Alloy 625 Socketolet

Inconel Tube Fittings

Difference between the yield strength and tensile strength of the 625 Inconel stub end?

Yield strength of the 625 inconel stub end is the stress at which the material starts to undergo plastic deformation before reaching its breakeven point. It calculated the amount of load that the stub end can bear without undergoing permanent deformation.

Tensile strength is the maximum stress that inconel 625 fittings can withstand before breaking. This ultimate strength is used for assessing the durability and suitability of applications.

Types Of Nickel Alloy 625 Forged Fittings

Inconel 625 Forged Elbow

Inconel 625 UNS N06625 90° Forged Elbow

UNS N06625 Inconel 625 45° Threaded Elbows

Inconel 625 Nickel Forged Cap

Inconel 625 Coupling

Alloy 625 UNS N06625 Threaded Full Couling

Nickel Alloy 625 Threaded Half Coupling

Werkstoff Alloy 625 Forged Tee

Inconel N06625 Union

2.4856 Inconel 625 Forged Cross

DIN 2.4856 Inserts

Wpncmc Forged Plug

Alloy 625 Street Elbow

UNS N06625 Bushing

Inconel Alloy 625 Pipe Nipple

Inconel 625 Threaded Fittings

Inconel 625 Socket Weld Fittings

Inconel 625 Forged Fittings

What is the maximum temperature limit for alloy 625 fittings?

The alloy 625 fittings can be used up to 982 °C for continuous and 1093 °C for intermittent service temperatures.

Inconel Fittings Modulus At Elevated Temperatures

	Modulus of	Elasticity, GPa
Temp. °C		Tension
	Annealed	Solution- Treated
21 °C	207.5	204.8
93 °C	204.1	200.6
204 °C	197.9	193.7
316 °C	191.7	187.5
427 °C	185.5	180.6
538 °C	178.6	173.1
649 °C	170.3	165.5
760 °C	160.6	157.2
871 °C	147.5	148.2

Common Uses Of Nickel Inconel Alloy 625 Fittings

Chemical Processing
Distillation columns
Various types of industrial tubing
Valves
General plant equipment

Nuclear
Reactor core components
Fuel control rod components
Honeycomb heat exchangers

Aerospace
Aircraft ducts and exhausts
Turbine seals
Thrust-reversers
Fuel and hydraulics tubing

Sea-water
Navy boat exhaust ducts
The core of mooring cables
Submarine propeller blades

Alloy 625 Fittings Equivalent Material

UNS :

UNS N06625

WP :

WPNCMC

CR :

CRNCMC

WERKSTOFF NR. :

2.4856

EN :

NC22DNB4M

JIS :

NCF 625

BS :

NA 21

AFNOR :

NC22DNB4M

ASTM B366-WPNCMC Chemical Composition

Carbon

0.10 maximum

Iron

5.0 maximum

Chromium

20.0 – 23.0

Nickel

58.0 minimum

Manganese

0.50 maximum

Sulphur

0.015 maximum

Silicon

0.50 max

WPNCMC Pipe Fittings Yield Strength

Yield Strength (0.2%Offset)	MPa – 517	Psi – 75,000

Melting Temperature Of Inconel 625 Forging

Melting Point	1350 °C	(2460 °F)

Density Of Inconel 625 Buttweld Fittings in KG/M3

Density	8.4 g/cm3

Alloy 625 Forging Physical Properties

Density		Melting Range		Specific Heat	Permeability at 200 Oersted	Curie Temperature
0.305	8.44	2350-2460	1290-1350	0.098(410)	1.0006	<-320	-196
lb/cu in	gram/cc	°F	°C	Btu/lb°F (J/kg°C) 70°F(21°C)	15.9 kA/m	°F	°C

Inconel 625 Elbow Thermal Conductivity

Temperature	Range	Linear of Thermal Expansion1	Coefficients . 10-6	Thermal	Conductivity2 3
°C	°F	1°C	7°F	W/mK	Btu/(hr/ft2/in/°F)
-157	-250	-	-	7.3	4.2
-129	-200	-	-	7.4	4.3
-18	0	-	-	9.2	5.3
21	70	-	-	9.9	5.7
93	200	12.8	7.1	10.7	6.3
204	400	13.1	7.3	12.6	7.3
427	800	13.7	7,6	15.7	9.1
538	1000	14	7.8	17,5	10.1
760	1400	15.3	8.5	20.8	12
871	1600	15.8	8.8	22.8	13.2
982	1800	-	-	25.3	14,6

ASTM B366 Wpncmc Fittings Electrical Resistivity

Temperature
°C	°F
21	70
38	100
93	200
204	400
316	600
427	800
538	1000
649	1200
760	1400

DIN 2.4856 Inconel Pipe Bend At Dealer Price For Petrochemical And High Temp Applications, Also Refer Specific Heat Capacity Of Nickel Alloy 625 Pipe Cap

Inconel 625 Weld Fittings Specific Heat Capacity

	Specific Heat Capacity
Temperature		J /kg- °C	Btu /lb- °F
OC	OF
0ос	32OF	429	0.102
100oC	212OF	446	0.107
200oC	392OF	463	0.111
300oC	572OF	480	0.115
400oC	752OF	496	0.118

Alloy 625 Buttweld Elbow Weight Chart

Normal Pipe Size	Weight In LBS	Weight In Kilogram (KG)
1/2	0.09	0.04
3/4	0.09	0.04
1	0.25	0.11
1.1/4	0.38	0.17
1.1/2	0.4	0.18
2	0.81	0.37
2.1/2	1.75	0.79
3	2.63	1.19
3.1/2	3.5	1.59
4	4.5	2.04
5	7.5	3.4
6	12	5.44
8	23	10.43
10	43	19.5
12	62	28.12
14	80	36.29
16	100	45.36
18	126	57.15
20	160	72.57
22	197	89.36
24	238	107.95
26	275	124.74
30	367	166.47
36	531	240.86

WPNCMC Concentric Reducer Weight Chart

NPS	Weight In Kilogram	Weight In (LBS)
3/4-1/2	0.08	0.17
3/4-3/8	0.07	0.15
1-3/4	0.18	0.4
1-1/2	0.18	0.4
1.1/4-1	0.23	0.5
1.1/4-3/4	0.18	0.4
1.1/4-1/2	0.18	0.4
1.1/2-1.1/4	0.32	0.7
1.1/2-1	0.28	0.62
1.1/2-3/4	0.24	0.54
1.1/2-1/2	0.23	0.5
2-1.1/2	0.41	0.9
2-1.1/4	0.38	0.84
2-3/4	0.32	0.7
2.1/2-1.1/2	0.63	1.38
2.1/2-1.1/4	0.57	1.25
2.1/2-1	0.57	1.25
3-2	0.82	1.8
3-1.1/2	0.77	1.7
3-1.1/4	0.73	1.6
3.1/2-3	1.43	3.15
3.1/2-2.1/2	1.31	2.88
3.1/2-2	1.25	2.75
3.1/2-1.1/2	1.13	2.5
3.1/2-1.1/4	1.09	2.4
4-3.1/2	1.59	3.5
4-3	1.53	3.38
4-2.1/2	1.47	3.25
4-2	1.36	3
4-1.1/2	1.31	2.88
5-4	2.72	6
5-3.1/2	2.61	5.75
5-3	2.49	5.5
5-2.1/2	2.38	5.25
5-2	2.27	5
6-5	3.86	8.5
6-4	3.74	8.25
6-3.1/2	3.74	8.25
6-3	3.63	8
6-2.1/2	3.29	7.25
8-6	5.99	13.2
8-5	5.44	12
8-4	4.99	11
8-3.1/2	4.99	11
10-8	9.98	22
10-6	9.75	21.5
10-5	9.53	21
10-4	9.07	20
12-10	15.42	34
12-8	14.51	32
12-6	14.06	31
12-5	13.61	30
14-12	27.22	60
14-10	26.85	59.2
14-8	26.54	58.5
14-6	26.31	58
16-14	32.21	71
16-12	31.75	70
16-10	31.52	69.5
16-8	31.07	68.5
18-16	38.56	85
18-14	38.1	84
18-12	37.65	83
18-10	37.19	82
20-18	56.7	125
20-16	56.25	124
20-14	55.34	122
20-12	54.43	120
22-20	64.41	142
22-16	59.42	131
22-14	55.79	123
24-20	68.04	150
24-18	67.13	148
24-16	65.77	145
26-24	93.89	207
26-22	90.72	200
26-20	86.18	190
26-18	82.55	182
28-26	101.6	224
28-24	97.98	216
28-22	95.25	210
28-20	90.26	199
30-28	109.32	241
30-26	105.23	232
30-24	101.6	224
30-22	99.79	220
30-20	99.79	220

Inco 625 90 Degree Elbow Dimensions

Elbow Size In Inch	ND	Elbow Size In (Millmeter)	Center-center	Radius Types	Center-end	Back-face
D			O	A	B	K
1/2	15	21,34	76,20	38,10	15,87	47,62
3/4	20	26,67	57,15	28,57	11,11	42,86
1	25	33,40	76,20	38,10	22,22	55,56
1 1/4	32	42,16	95,25	47,60	25,40	69,85
1 1/2	40	48,26	114,30	57,15	28,57	82,55
2	50	60,32	152,40	76,20	34,92	106,40
2 1/2	65	73,02	190,50	95,25	44,45	131,80
3	80	88,90	228,60	114,30	50,80	158,75
3 1/2	90	101,60	266,70	133,35	57,15	184,15
4	100	114,30	304,80	152,40	63,50	209,55
5	125	141,30	381,00	190,50	79,38	261,90
6	150	168,27	457,20	228,60	95,25	312,70
8	200	219,07	609,60	304,80	127,00	414,30
10	250	273,05	762,00	381,00	158,75	517,50
12	300	323,85	914,40	457,20	190,50	619,10
14	350	355,60	1066,80	533,40	222,25	711,20
16	400	406,40	1219,20	609,60	254,00	812,80
18	450	457,20	1371,60	685,80	285,74	914,40
20	500	508,00	1524,00	762,00	317,50	1016,00
22	550	558,80	1676,40	838,20	342,90	1117,60
24	600	609,60	1828,80	914,40	381,00	1219,20
28	700	711,20	2133,60	1066,80	441,90	1422,40

ASME SB 366 UNS N06625 Fittings Pressure Rating

Normal Size Of Steel Pipe	Outer Daimeter	Ave. Inner Daimeter	(Min.) Wall Thickness	Fittings Weight In KG	(Max.) Working Pressure
1/4"	.540	.344	.088	.086	780
3/8"	.675	.473	.091	.115	620
1/2"	.840	.602	.109	.170	590
3/4"	1.050	.804	.113	.226	480
1"	1.315	1.029	.133	.333	450
*1-1/4"	1.660	1.360	.140	.450	370
*1-1/2"	1.900	1.590	.145	.537	330
*2"	2.375	2.047	.154	.720	280
2-1/2"	2.875	2.445	.203	1.136	300
*3"	3.500	3.042	.216	1.488	260
3-1/2"	4.000	3.521	.226	1.789	240
*4"	4.500	3.998	.237	2.118	220
5"	5.563	5.016	.258	2.874	190
*6"	6.625	6.031	.280	3.733	180
*8"	8.625	7.942	.322	5.619	160
*10"	10.750	9.976	.365	7.966	140
*12"	12.750	11.889	.406	10.534	130
*14"	14.000	13.073	.437	12.462	130
*16"	16.000	14.940	.500	16.286	130

Inconel Pipe Fittings Hs Code

HS Code	Description
7507	Inconel 625 Pipe Fittings, Nickel pipes and tubes (couplings, elbows, sleeves)

Inconel 625 Superalloy Pipe Cap Dimensions

Normal Size Of Pipe Cap	Outer Diameter (D)	Length Of (Hight)	Length Of (Hight 1)
1/2	21.3	25	25
3/4	26.7	25	25
1	33.4	38	38
1.1/4	42.2	38	38
1.1/2	48.3	38	38
2	60.3	38	44
2.1/2	73	38	51
3	88.9	51	64
3.1/2	101.6	64	76
4	114.3	64	76
5	141.3	76	89
6	168.3	89	102
8	219.1	102	127
10	273	127	152
12	323.8	152	178
14	355.6	165	191
16	406.4	178	203
18	457	203	229
20	508	229	254
22	559	254	254
24	610	267	305
26	660	267	…
28	711	267	…
30	762	267	…
32	813	267	…
34	864	237	…
36	914	267	…
38	965	305	…
40	1016	305	…
42	1067	305	…
44	1118	343	…
46	1168	343	…
48	1219	343	…

WPNCMC Stub End Dimensions

NPS	Outer diameter of barrel		Length Of F		Radius Of R	Diameter Of G
NPS	(Min.)	(Max.)	Long And Pattern	Short And Pattern	Radius Of R	Diameter Of G
1/2"	20.5	22.8	76	51	3	35
3/4"	25.9	28.1	76	51	3	43
1"	32.6	35.0	102	51	3	51
1 1/4"	41.4	43.6	102	51	5	64
1 1/2"	47.5	49.9	102	51	6	74
2"	59.5	62.4	152	64	8	92
2 1/2"	72.2	75.3	152	64	8	105
3"	88.1	91.3	152	64	10	127
3 1/2"	100.8	104.0	152	76	10	140
4"	113.5	116.7	152	76	11	157
5"	140.5	144.3	203	76	11	186
6"	167.5	171.3	203	89	13	216
8"	218.3	222.1	203	102	13	270
10"	272.3	277.2	254	127	13	324
12"	323.1	328.0	254	152	13	381
14"	354.8	359.9	305	152	13	413
16"	405.6	411.0	305	152	13	470
18"	456.0	462.0	305	152	13	533
20"	507.0	514.0	305	152	13	584
22"	558.0	565.0	305	152	13	641
24"	609.0	616.0	305	152	13	692

Connection Types Of WPNCMC Pipe Fittings

Threaded
Instrumentation
Hydraulic
Forged
Socket Weld

ASME/ ASTM Standard For Inconel 625 Fittings

ASME B16.9
P235GH
DIN 2605-1
DIN 2617
EN 10253
ASME B16.28
DIN 2353

How does the schedule affect the thickness of Inconel pipe fittings?

Schedule defines the wall thickness of the pipe. This means, higher schedule number depicts a thicker wall. It is crucial to choose the right size of inconel pipe fittings to match the pipe schedule for ensuring a leakage free system that shows optimal performance.