37 Degree Flare Female Elbow

Name: 37 Degree Flare Female Elbow
Brand: DELIXIN ENTERPRISES
Price: 800.0 INR
Availability: InStock

Price 800.0 INR/ Piece

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MOQ : 100 Pieces

37 Degree Flare Female Elbow Specification

Shape
Elbow

Head Code
Hexagon

Surface Treatment
Polished

With Rings
No

Working Mediums
Hydraulic Oil, Gas, Water

Plating
Nickel or Zinc Plated

Corrosion Resistance
Excellent

Pressure Rating
High Pressure

Application
Hydraulic Pipe Systems

Thread Type
UNF / NPT / BSP available

Standard
SAE J514

Flare Angle
37 Degree

Material
Stainless Steel / Brass / Carbon Steel

Connection Type
Female Flare

Size Range
1/8'' to 2''

Temperature Range
-40C to +250C

37 Degree Flare Female Elbow Trade Information

Minimum Order Quantity
100 Pieces

Delivery Time
5-7 Days

About 37 Degree Flare Female Elbow

37 Degree Flare Thread Size	37 Degree Flare Working Pressures
Nom Inch Pipe O.0D.0	Dryseal Pipe Thread (NPTF) Male and Female	Fittings With NPTF Pipe Threads
		psi	MPa
1/8	1/8-27	5,000	34.05
1/4	1/4-18	4,000	27.05
3/8	3/8-18	3,000	21
1/2	1/2-14	3,000	21
3/4	3/4-14	2,500	17
1	1-11-1/2	2,000	14
1 1/4	1-1/4-11-1/2	1,150	8
1 1/2	1-1/2-11-1/2	1,000	7
2	2-11-1/2	1,000	7

Fitting can be equally coupled to metric or fractional tubes
Upon tightening, the sleeve ensures tube alignment with fitting axis, reduces mechanical strain on tube and compensates for vibration
Assembly performs extremely well even under severe vibration and thermal shocks
The system leak free integrity remains after disassembly and reassembly
Tube does not undergo distortion, remains constant and fluid pressure losses are negligible
Individual replacement of any component

DESCRIPTION	BARSTOCK	FORGING	UNS GRADE	CASTING
Carbon Steel	A105	A105	K30504	A216 WCB
Low Temp Carbon	A350 LF2	A350 LF2	K03011	A352 LCB
High Yield Steel	A694 F60	A694 F60	K03014	-
3 1/2 Nickel Steel	A350 LF3	A350 LF3	K32025	A352 LC3
5 Chrome, 1/2 Moly	A182 F5	A182 F5	K41545	A217 C5
1 1/4 Chrome, 1/2 Moly	A182 F11	A182 F11	K11597	A217 WC6
2 1/4 Chrome, 1 Moly	A182 F22	A182 F22	K21590	A217 WC9
9 Chrome, 1 Moly	A182 F9	A182 F9	K90941	A217 WC6
13 Chrome	A276 or A479 410	A182 F6A	S41000	A351 CA15
304	A276 or A479 304	A182 F304	S30400	A351 CF8
304L	A276 or A479 304L	A182 F304L	S30403	A351 CF3
316	A276 or A479 316	A182 F316	S31600	A351 CF8M
316L	A276 or A479 316L	A182 F316L	S31603	A351 CF3M
317L	A276 or A479 317L	A182 F317L	S31703	A351 CG8M
321	A276 or A479 321	A182 F321	S32100	-
347	A276 or A479 347	A182 F347	S34700	A351 CF8C
17-4PH	-	A564 630	S17400	-
Alloy 400	B164 N04400	B564 N04400	N04400	A494 M35-1
Alloy K500	B865 N05500	-	N05500	-
Alloy 800	B408 N08800	B564 N08810	N08800	-
Alloy 825	B425 N08825	-	N08825	-
Alloy 600	B166 N06600	B564 N06600	N06600	A494 CY40
Alloy 625	B446 N06625	B564 N06625	N06625	A494 CW 6MC
Alloy B2	B335 N10665	B564 N10665	N10665	A494 N 12MV
Alloy C	-	-	N10002	A494 CW6M
Alloy C22	B574 N06022	B574 N06022	N06022	A494 CX2MW
Alloy C276	B574 N10276	B564 N10276	N10276	A494 CW12 MW
22% Duplex	A276 or A479 S31803	A182 F51	S31803	A890 Gr 4A
25% Duplex	A276 or A479 S32750 or 60	A182 F53	S32750 or 32760	A890 Gr 6A
254SMO	A182 F44	A182 F44	S31254	A351 CK3MCuN
904L	B649 N08904	B625 N08904	N08904	-
Titanium	B348 Gr 2	B381 F2	R50400	B367 C2

The 37 degree flared tube fittings manufactured by us provide leakproof
Tube does not undergo distortion, remains constant and fluid pressure losses are negligible
Individual replacement of any component
The system leak free integrity remains after disassembly and reassembly
Fitting can be equally coupled to metric or fractional tube

Durable Construction for Demanding Applications

Manufactured using stainless steel, brass, or carbon steel, this 37 Degree Flare Female Elbow is built to withstand high-pressure environments and harsh conditions. The polished finish, along with optional nickel or zinc plating, further enhances its corrosion resistance, making it ideal for use in hydraulic systems exposed to varying temperature ranges.

Versatile Connection Options

Choose from UNF, NPT, or BSP threading to suit your system requirements. The female flare connection accommodates a wide array of pipe sizes, ranging from 1/8 to 2 inches, while adhering to the SAE J514 standard. This ensures compatibility across global hydraulic and fluid-handling systems.

FAQ's of 37 Degree Flare Female Elbow:

Q: How is the 37 Degree Flare Female Elbow installed in hydraulic pipe systems?

A: The elbow is installed by connecting its female flare end to the corresponding male flare fitting. Ensure the pipe and fitting surfaces are clean, then tighten the connection securely, following SAE J514 guidelines, for a leak-proof seal.

Q: What materials are available for the 37 Degree Flare Female Elbow and how do I choose the right one?

A: This elbow is offered in stainless steel, brass, and carbon steel. Select stainless steel for maximum corrosion resistance, brass for moderate environments, or carbon steel for cost-effective, high-pressure applications. Your choice should be based on the working medium and operating environment.

Q: When should I use a 37 degree flare fitting instead of other flare types?

A: Use 37 degree flare fittings when your hydraulic systems require SAE J514 compatibility and reliable, high-pressure, leak-free connections. They are commonly preferred in demanding industrial, automotive, and aerospace hydraulic applications.

Q: Where are these elbows typically applied?

A: They are primarily used in hydraulic pipe systems for oil, gas, and water transport, especially where high-pressure performance and robust corrosion resistance are needed, such as industrial machinery, mobile equipment, and fluid transfer installations.

Q: What are the benefits of the polished surface and plating options on this elbow?

A: The polished surface and available nickel or zinc plating significantly enhance corrosion resistance, extend service life, and improve aesthetic quality. These treatments also help minimize the risk of contamination in sensitive fluid systems.

Q: Can this elbow withstand extreme temperatures and pressures?

A: Yes, it is rated for high-pressure use and operates reliably in temperatures from -40C to +250C, making it suitable for both very cold and elevated temperature environments found within various industries.

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