Ring Joint Flange

Teshi Fittings, a premier manufacturer of pipe fittings, offers high-quality Ring Joint Flanges designed for various industries including Petroleum, Chemical, Hydraulic, Food, and more. Crafted with meticulous precision and adherence to international quality standards, our Ring Joint Flanges provide secure and leak-proof solutions for high-pressure piping systems. With a commitment to excellence and customer satisfaction, Teshi Fittings delivers superior performance and durability in every flange, offering tailored solutions to meet specific project requirements. Experience the difference with Teshi Fittings’ Ring Joint Flanges and trust in our expertise for all your piping needs.

Enquire Now

Specification
Material & Grades
Dimensions

Standard Specification of Ring Joint Flange

Standards / Dimensions	ANSI/ASME B16.5, B16.47 Series A & B, B16.48, BS4504, BS 10, EN-1092, DIN, BS, GOST, MSS SP-44, ISO70051, JISB2220, BS1560-3.1, API7S-15, API7S-43, API605
Size	1/2″ (15 NB) to 48″ (1200NB)
Flange Face Types / Connection Type	Flat Face Flange (FF), Raised Face Flange (RF), Ring Joint Flange (RTJ), Lap Joint Flange, Male and Female Flange (M&F), Large and Small Tongue-and-Groove Flange (T&G)
Dimensions	ANSI B16.5, ANSI B16.47 Series A & B, ASA, API-605, MSS SP44, AWWA, Custom Drawings
BS	BS4504 , BS4504, BS1560, BS10
Class / Pressure Rating	150#, 300#, 600#, 900#, 1500#, 2500#, PN6, PN10, PN16, PN25, PN40, PN64 etc.

Material & Grades of Ring Joint Flange

Stainless Steel	ASTM/ASME A/SA182:- F304, F304L, F316, F316L, ASTM/ASME A/SA351:- CF3, CF3M, CF8, CF8M, DIN 1.4306, DIN 1.4301, DIN 1.4404, DIN 1.4401, DIN 1.4408, DIN 1.4308, DIN 1.4306, DIN 1.4409
Duplex & Super Duplex Steel	S31803 / S32205 A182:- Gr F51 / F52 / F53 / F54 / F55 / F57 / F59 / F60 / F61 S32750 / S32760 A182:- Gr F51 / F52 / F53 / F54 / F55 / F57 / F59 / F60 / F61
Carbon Steel	ASTM/ASME A/SA105 A/SA105N and A/SA216-WCB, DIN 1.0460, DIN 1.0402, DIN 1.0619, Die Steel, ASTM A105 / ASME SA105, A105N, ASTM A350 LF2 / ASME SA350, CS High Yield ASTM A694 / A694 (F52, F56, F60, F65, F70, F80)
Low Temperature Carbon Steel	ASTM A350, LF2, LF3
Alloy Steel	ASTM / ASME A/SA 182 & A 387 F1, F5, F9, F11, F12, F22, F91
Nickel Alloy	Nickel 200 (UNS No. N02200), Nickel 201 (UNS No. N02201), Monel 400 (UNS No. N04400), Monel 500 (UNS No. N05500), Inconel 800 (UNS No. N08800), Inconel 825 (UNS No. N08825), Inconel 600 (UNS No. N06600), Inconel 625 (UNS No. N06625), Inconel 601 (UNS No. N06601), Hastelloy C 276 (UNS No. N10276), Alloy 20 (UNS No. N08020), Titanium (Grade I & II)

Dimension of Ring Joint Flange

RING TYPE JOINT FLANGE CLASS 150 DIMENSIONS

Size in Inch	Size in mm	Outer Dia.	Flange Thickness	Hub OD	Weld Neck OD	Welding Neck Length	RTJ RF Dia	RTJ RF Height	PCD	RTJ Pitch dia	RTJ Depth	RTJ Width	Bore
		A	B	C	D	E	F	G	H	I	J	K	L
1/2	15	90	9.6	30	21.3	46	N/A	N/A	60.3	N/A	N/A	N/A	Welding Neck bore is derived from the pipe schedule
3/4	20	100	11.2	38	26.7	51	N/A	N/A	69.9	N/A	N/A	N/A
1	25	110	12.7	49	33.4	54	63.5	6.35	79.4	47.63	6.35	8.74
1 1/4	32	115	14.3	59	42.2	56	73	6.35	88.9	57.15	6.35	8.74
1 1/2	40	125	15.9	65	48.3	60	82.5	6.35	98.4	65.07	6.35	8.74
2	50	150	17.5	78	60.3	62	102	6.35	120.7	82.55	6.35	8.74
2 1/2	65	180	20.7	90	73	68	121	6.35	139.7	101.6	6.35	8.74
3	80	190	22.3	108	88.9	68	133	6.35	152.4	114.3	6.35	8.74
3 1/2	90	215	22.3	122	101.6	70	154	6.35	177.8	131.78	6.35	8.74
4	100	230	22.3	135	114.3	75	171	6.35	190.5	149.23	6.35	8.74
5	125	255	22.3	164	141.3	87	194	6.35	215.9	171.45	6.35	8.74
6	150	280	23.9	192	168.3	87	219	6.35	241.3	193.68	6.35	8.74
8	200	345	27	246	219.1	100	273	6.35	298.5	247.65	6.35	8.74
10	250	405	28.6	305	273	100	330	6.35	362	304.8	6.35	8.74
12	300	485	30.2	365	323.8	113	406	6.35	431.8	381	6.35	8.74
14	350	535	33.4	400	355.6	125	425	6.35	476.3	396.88	6.35	8.74
16	400	595	35	457	406.4	125	483	6.35	539.8	454.03	6.35	8.74
18	450	635	38.1	505	457.2	138	546	6.35	577.9	517.53	6.35	8.74
20	500	700	41.3	559	508	143	597	6.35	635	558.8	6.35	8.74
24	600	815	46.1	663	610	151	711	6.35	749.3	673.1	6.35	8.74

RING TYPE JOINT FLANGE CLASS 300 DIMENSIONS

Size in Inch	Size in mm	Outer Dia.	Flange Thickness	Hub OD	Weld Neck OD	Welding Neck Length	RTJ RF Dia	RTJ RF Height	PCD	RTJ Pitch dia	RTJ Depth	RTJ Width	Bore
		A	B	C	D	E	F	G	H	I	J	K	L
1/2	15	95	12.7	38	21.3	51	51	5.54	66.7	34.14	5.54	7.14	Welding Neck bore is derived from the pipe schedule
3/4	20	115	14.3	48	26.7	56	63.5	6.35	82.6	42.88	6.35	8.74
1	25	125	15.9	54	33.4	60	70	6.35	88.9	50.8	6.35	8.74
1 1/4	32	135	17.5	64	42.2	64	79.5	6.35	98.4	60.33	6.35	8.74
1 1/2	40	155	19.1	70	48.3	67	90.5	6.35	114.3	68.27	6.35	8.74
2	50	165	20.7	84	60.3	68	108	7.92	127	82.55	7.92	11.91
2 1/2	65	190	23.9	100	73	75	127	7.92	149.2	101.6	7.92	11.91
3	80	210	27	117	88.9	78	146	7.92	168.3	123.83	7.92	11.91
3 1/2	90	230	28.6	133	101.6	79	159	7.92	184.2	131.78	7.92	11.91
4	100	255	30.2	146	114.3	84	175	7.92	200	149.23	7.92	11.91
5	125	280	33.4	178	141.3	97	210	7.92	235	180.98	7.92	11.91
6	150	320	35	206	168.3	97	241	7.92	269.9	211.12	7.92	11.91
8	200	380	39.7	260	219.1	110	302	7.92	330.2	269.88	7.92	11.91
10	250	445	46.1	321	273	116	356	7.92	387.4	323.85	7.92	11.91
12	300	520	49.3	375	323.8	129	413	7.92	450.8	381	7.92	11.91
14	350	585	52.4	425	355.6	141	457	7.92	514.4	419.1	7.92	11.91
16	400	650	55.6	483	406.4	144	508	7.92	571.5	469.9	7.92	11.91
18	450	710	58.8	533	457	157	575	7.92	628.6	533.4	7.92	11.91
20	500	775	62	587	508	160	635	9.53	685.8	584.2	9.53	13.49
24	600	915	68.3	702	610	167	749	11.13	812.8	692.15	11.13	16.66

RING TYPE JOINT FLANGE CLASS 400 DIMENSIONS

Size in Inch	Size in mm	Outer Dia.	Flange Thickness	Hub OD	Weld Neck OD	Welding Neck Length	RTJ RF Dia	RTJ RF Height	PCD	RTJ Pitch dia	RTJ Depth	RTJ Width	Bore
		A	B	C	D	E	F	G	H	I	J	K	L
1/2	15	95	14.3	38	21.3	52	51	5.54	66.7	34.14	5.54	7.14	Welding Neck bore is derived from the pipe schedule
3/4	20	115	15.9	48	26.7	57	63.5	6.35	82.6	42.88	6.35	8.74
1	25	125	17.5	54	33.4	62	70	6.35	88.9	50.8	6.35	8.74
1 1/4	32	135	20.7	64	42.2	67	79.5	6.35	98.4	60.33	6.35	8.74
1 1/2	40	155	22.3	70	48.3	70	90.5	6.35	114.3	68.27	6.35	8.74
2	50	165	25.4	84	60.3	73	108	7.92	127	82.55	7.92	11.9
2 1/2	65	190	28.6	100	73	79	127	7.92	149.2	101.6	7.92	11.9
3	80	210	31.8	117	88.9	83	146	7.92	168.3	123.83	7.92	11.9
3 1/2	90	230	35	133	101.6	86	159	7.92	184.2	131.78	7.92	11.9
4	100	255	35	146	114.3	89	175	7.92	200	149.23	7.92	11.91
5	125	280	38.1	178	141.3	102	210	7.92	235	180.98	7.92	11.91
6	150	320	41.3	206	168.3	103	241	7.92	269.9	211.12	7.92	11.91
8	200	380	47.7	260	219.1	117	302	7.92	330	269.88	7.92	11.91
10	250	445	54	321	273	124	356	7.92	387.4	323.85	7.92	11.91
12	300	520	57.2	375	323.8	137	413	7.92	450.8	381	7.92	11.91
14	350	585	60.4	425	355.6	149	457	7.92	514.4	419.1	7.92	11.91
16	400	650	63.5	483	406.4	152	508	7.92	571.5	469.9	7.92	11.91
18	450	710	66.7	533	457	165	575	7.92	628.6	533.4	7.92	11.91
20	500	775	69.9	587	508	168	635	9.53	685.8	584.2	9.53	13.49
24	600	915	76.2	702	610	175	749	11.13	812.8	692.15	11.13	16.66

RING TYPE JOINT FLANGE CLASS 600 DIMENSIONS

Size in Inch	Size in mm	Outer Dia.	Flange Thickness	Hub OD	Weld Neck OD	Welding Neck Length	RTJ RF Dia	RTJ RF Height	PCD	RTJ Pitch dia	RTJ Depth	RTJ Width	Bore
		A	B	C	D	E	F	G	H	I	J	K	L
1/2	15	95	14.3	38	21.3	52	51	5.54	66.7	34.14	5.54	7.14	Welding Neck bore is derived from the pipe schedule
3/4	20	115	15.9	48	26.7	57	63.5	6.35	82.6	42.88	6.35	8.74
1	25	125	17.5	54	33.4	62	70	6.35	88.9	50.8	6.35	8.74
1 1/4	32	135	20.7	64	42.2	67	79.5	6.35	98.4	60.33	6.35	8.74
1 1/2	40	155	22.3	70	48.3	70	90.5	6.35	114.3	68.27	6.35	8.74
2	50	165	25.4	84	60.3	73	108	7.92	127	82.55	7.92	11.91
2 1/2	65	190	28.6	100	73	79	127	7.92	149.2	101.6	7.92	11.91
3	80	210	31.8	117	88.9	83	146	7.92	168.3	123.83	7.92	11.91
3 1/2	90	230	35	133	101.6	86	159	7.92	184.2	131.78	7.92	11.91
4	100	275	38.1	152	114.3	102	175	7.92	215.9	149.23	7.92	11.91
5	125	330	44.5	189	141.3	114	210	7.92	266.7	180.98	7.92	11.91
6	150	355	47.7	222	168.3	117	241	7.92	292.1	211.12	7.92	11.91
8	200	420	55.6	273	219.1	133	302	7.92	349.2	269.88	7.92	11.91
10	250	510	63.5	343	273	152	356	7.92	431.8	323.85	7.92	11.91
12	300	560	66.7	400	323.8	156	413	7.92	489	381	7.92	11.91
14	350	605	69.9	432	355.6	165	457	7.92	527	419.1	7.92	11.91
16	400	685	76.2	495	406.4	178	508	7.92	603.2	469.9	7.92	11.91
18	450	745	82.6	546	457	184	575	7.92	654	533.4	7.92	11.91
20	500	815	88.9	610	508	190	635	9.53	723.9	584.2	9.53	13.49
24	600	940	101.6	718	610	203	749	11.13	838.2	692.15	11.13	16.66

RING TYPE JOINT FLANGE CLASS 900 DIMENSIONS

Size in Inch	Size in mm	Outer Dia.	Flange Thickness	Hub OD	Weld Neck OD	Welding Neck Length	RTJ RF Dia	RTJ RF Height	PCD	RTJ Pitch dia	RTJ Depth	RTJ Width	Bore
		A	B	C	D	E	F	G	H	I	J	K	L
1/2	15	120	22.3	38	21.3	60	60.5	6.35	82.6	39.67	6.35	8.74	Welding Neck bore is derived from the pipe schedule
3/4	20	130	25.4	44	26.7	70	66.5	6.35	88.9	44.45	6.35	8.74
1	25	150	28.6	52	33.4	73	71.5	6.35	101.6	50.8	6.35	8.74
1 1/4	32	160	28.6	64	42.2	73	81	6.35	111.1	60.33	6.35	8.74
1 1/2	40	180	31.8	70	48.3	83	92	6.35	123.8	68.27	6.35	8.74
2	50	215	38.1	105	60.3	102	124	7.92	165.1	95.25	7.92	11.91
2 1/2	65	245	41.3	124	73	105	137	7.92	190.5	107.95	7.92	11.91
3	80	240	38.1	127	88.9	102	156	7.92	190.5	123.83	7.92	11.91
4	100	290	44.5	159	114.3	114	181	7.92	235	149.23	7.92	11.91
5	125	350	50.8	190	141.3	127	216	7.92	279.4	180.98	7.92	11.91
6	150	380	55.6	235	168.3	140	241	7.92	317.5	211.12	7.92	11.91
8	200	470	63.5	298	219.1	162	308	7.92	393.7	269.88	7.92	11.91
10	250	545	69.9	368	273	184	362	7.92	469.9	323.85	7.92	11.91
12	300	610	79.4	419	323.8	200	419	7.92	533.4	381	7.92	11.91
14	350	640	85.8	451	355.6	213	467	11.13	558.8	419.1	11.13	16.66
16	400	705	88.9	508	406.4	216	524	11.13	616	469.9	11.13	16.66
18	450	785	101.6	565	457	229	594	12.7	685.8	533.4	12.7	19.84
20	500	855	108	622	508	248	648	12.7	749.3	584.2	12.7	19.84
24	600	1040	139.7	749	610	292	772	15.88	901.7	692.15	15.88	26.97

RING TYPE JOINT FLANGE CLASS 1500 DIMENSIONS

Size in Inch	Size in mm	Outer Dia.	Flange Thickness	Hub OD	Weld Neck OD	Welding Neck Length	RTJ RF Dia	RTJ RF Height	PCD	RTJ Pitch dia	RTJ Depth	RTJ Width	Bore
		A	B	C	D	E	F	G	H	I	J	K	L
1/2	15	120	22.3	38	21.3	60	60.5	6.35	82.6	39.67	6.35	8.74	Welding Neck bore is derived from the pipe schedule
3/4	20	130	25.4	44	26.7	70	66.5	6.35	88.9	44.45	6.35	8.74
1	25	150	28.6	52	33.4	73	71.5	6.35	101.6	50.8	6.35	8.74
1 1/4	32	160	28.6	64	42.2	73	81	6.35	111.1	60.33	6.35	8.74
1 1/2	40	180	31.8	70	48.3	83	92	6.35	123.8	68.27	6.35	8.74
2	50	215	38.1	105	60.3	102	124	7.92	165.1	95.25	7.92	11.91
2 1/2	65	245	41.3	124	73	105	137	7.92	190.5	107.95	7.92	11.91
3	80	265	47.7	133	88.9	117	168	7.92	203.2	136.53	7.92	11.91
4	100	310	54	162	114.3	124	194	7.92	241.3	161.93	7.92	11.91
5	125	375	73.1	197	141.3	156	229	7.92	292.1	193.68	7.92	11.91
6	150	395	82.6	229	168.3	171	248	9.53	317.5	211.14	9.53	13.49
8	200	485	92.1	292	219.1	213	318	11.13	393.7	269.88	11.13	16.66
10	250	585	108	368	273	254	371	11.13	482.6	323.85	11.13	16.66
12	300	675	123.9	451	323.8	283	438	14.27	571.5	381	14.27	23.01
14	350	750	133.4	495	355.6	298	489	15.88	635	419.1	15.88	26.97
16	400	825	146.1	552	406.4	311	546	17.48	704.8	469.9	17.48	30.18
18	450	915	162	597	457	327	613	17.48	774.7	533.4	17.48	30.18
20	500	985	177.8	641	508	356	673	17.48	831.8	584.2	17.48	33.32
24	600	1170	203.2	762	610	406	794	20.62	990.6	692.15	20.62	36.53

RING TYPE JOINT FLANGE CLASS 2500 DIMENSIONS

Size in Inch	Size in mm	Outer Dia.	Flange Thickness	Hub OD	Weld Neck OD	Welding Neck Length	RTJ RF Dia	RTJ RF Height	PCD	RTJ Pitch dia	RTJ Depth	RTJ Width	Bore
		A	B	C	D	E	F	G	H	I	J	K	L
1/2	15	135	30.2	43	21.3	73	65	6.35	88.9	42.88	6.35	8.74	Welding Neck bore is derived from the pipe schedule
3/4	20	140	31.8	51	26.7	79	73	6.35	95.2	50.8	6.35	8.74
1	25	160	35	57	33.4	89	82.5	6.35	108	60.33	6.35	8.74
1 1/4	32	185	38.1	73	42.2	95	102	7.92	130.2	72.23	7.92	11.91
1 1/2	40	205	44.5	79	48.3	111	114	7.92	146	82.55	7.92	11.91
2	50	235	50.9	95	60.3	127	133	7.92	171.4	101.6	7.92	11.91
2 1/2	65	265	57.2	114	73	143	149	9.53	196.8	111.13	9.52	13.49
3	80	305	66.7	133	88.9	168	168	9.53	228.6	127	9.52	13.49
4	100	355	76.2	165	114.3	190	203	11.13	273	157.18	11.13	16.66
5	125	420	92.1	203	141.3	229	241	12.7	323.8	190.5	12.7	19.84
6	150	485	108	235	168.3	273	279	12.7	368.3	228.6	12.7	19.84
8	200	550	127	305	219.1	318	340	14.27	438.2	279.4	14.27	23.01
10	250	675	165.1	375	273	419	425	17.48	539.8	342.9	17.48	30.18
12	300	760	184.2	441	323.8	464	495	17.48	619.1	406.4	17.48	33.32

Manufacturing process and features of Ring Joint Flange

Manufacturing Process:

Material Selection : Choose appropriate materials such as carbon steel, stainless steel, or alloy steel based on the application’s pressure, temperature, and corrosion requirements.
Cutting : Cut the raw material into the required shapes and sizes using cutting machines or torches.
Forging : Heat the material and forge it into the flange shape using high-pressure forging presses. This step ensures the flange’s strength and durability.
Machining : Machine the flange to precise tolerances using CNC machines. This includes machining the gasket groove, flange faces, and bolt holes.
Groove Cutting : Create a ring joint groove on the flange face. This groove is precision-machined to accommodate a metal ring gasket, ensuring a secure and leak-proof seal.
Drilling Bolt Holes : Drill bolt holes according to standards such as ASME B16.5 or customer specifications. The bolt holes must be precisely aligned for proper assembly.
Surface Finishing : Perform surface treatments such as grinding, polishing, or coating to enhance corrosion resistance and improve aesthetics.
Inspection and Testing : Conduct thorough inspection and testing, including dimensional checks, non-destructive testing (NDT), and pressure testing to ensure quality and reliability.
Marking and Packaging : Mark the ring joint flange with relevant information such as material grade, size, pressure rating, and standards compliance. Carefully package the flanges to protect them during transportation.

Features of Ring Joint Flange :

Leak-Proof Seal : The precision-machined ring joint groove accommodates a metal ring gasket, providing a strong, leak-proof seal. This is especially important in high-pressure and high-temperature applications.
High-Pressure and High-Temperature Resistance : Suitable for applications that involve high pressures and temperatures, offering robust performance and durability.
Corrosion Resistance : Manufactured from materials with excellent corrosion resistance properties, ensuring long-lasting performance in harsh environments.
Standards Compliance : Designed and manufactured in accordance with international standards (e.g., ASME B16.5, API 6A) to ensure quality, reliability, and compatibility with other flange components.
Ease of Installation : The ring joint design allows for easy alignment and secure installation, reducing the risk of leaks and ensuring a reliable connection.
Versatility : Available in a variety of sizes, materials, and pressure ratings, making them suitable for a wide range of industrial applications.
Durability : The forging and machining processes ensure that ring joint flanges are strong and durable, capable of withstanding demanding operating conditions.
Maintenance : Designed for ease of maintenance and inspection, with the ability to replace the metal ring gasket if necessary without removing the entire flange.

Application Of Ring Joint Flange

Oil and Gas Industry	Upstream: Used in drilling and wellhead equipment, as well as in high-pressure systems. Midstream: Essential in pipeline systems for transporting oil and gas. Downstream: Utilized in refineries and petrochemical plants for processing and distribution.
Chemical Processing	Employed in chemical plants where high-pressure and high-temperature reactions occur, ensuring a secure seal to prevent leaks of hazardous materials.
Power Generation	Used in power plants, including nuclear, thermal, and hydroelectric facilities, for high-pressure steam and water pipelines.
Petrochemical Industry	Critical in the construction and maintenance of petrochemical plants, where they ensure the integrity of high-pressure processing units.
Marine and Offshore Applications	Found in offshore drilling rigs and platforms, as well as in shipbuilding, where they provide secure connections in high-pressure piping systems exposed to harsh marine environments.
Mining and Mineral Processing	Utilized in high-pressure slurry and fluid transport systems within mining operations, ensuring leak-proof connections in abrasive and corrosive environments.
Aerospace and Defense	Applied in aerospace applications where high-pressure and high-temperature conditions are prevalent, such as in propulsion systems and hydraulic lines.
Pharmaceutical Industry	Used in high-purity and high-pressure systems within pharmaceutical manufacturing, ensuring sterile and leak-proof connections.
Pulp and Paper Industry	Employed in high-pressure steam and chemical transport systems within paper mills, ensuring efficient and leak-free operations.
Food and Beverage Processing	Utilized in high-pressure and high-temperature systems for processing and transporting food and beverages, maintaining hygiene and preventing contamination.

Ring Joint Flange Available Types

Ring Joint Flange Manufacturer	Ring Joint Flange Exporter
Stainless Steel RTJ Flange	WN RTJ Flange
Carbon Steel Ring Joint Flange	ANSI B16.47 Ring Joint Flange
Alloy Steel Ring Joint Flange Stockholder	Class 150 LBS Ring Joint Flange Stockiest
Nickel Alloy Ring Joint Flange Suppliers	MSS SP44 Ring Joint Flange
Inconel Ring Joint Flange Stockiest	Class 300 LBS Ring Joint Flange
Alloy Steel Ring Joint Flange Exporter	Class 600 LBS Ring Joint Flange
Duplex Steel Ring Joint Flange Stockists	DIN / EN Ring Joint Flange Manufacturers
Titanium Alloy Ring Joint Flange	ASME / ANSI B16.5 RTJ Flange
Super Duplex Steel Ring Joint Flange	ANSI / ASME Ring Joint Flange
Copper Nickel Ring Joint Flange	High Quality Ring Joint Flange

Others Products

Frequently Asked Questions

Most frequent questions and answers

A ring joint flange is a type of flange designed to provide a high-pressure and leak-proof seal using a ring-shaped gasket that fits into a groove on the flange face. This flange is commonly used in high-pressure and high-temperature applications where a reliable seal is crucial, such as in the oil and gas, petrochemical, and power generation industries.

Ring joint flanges are available in a range of sizes to accommodate various pipe diameters and pressure ratings. Standard sizes are available, and custom sizes can be manufactured to meet specific needs.

Ring joint flanges are installed by aligning the flanges with the pipe or equipment to be connected. The ring joint gasket is placed into the groove of one flange, and the two flanges are bolted together. Proper alignment and torqueing of the bolts are essential to ensure a secure, leak-proof seal. The gasket’s design ensures that it conforms to the flange’s grooves for a tight fit.

Yes, we offer custom manufacturing solutions for ring joint flanges to meet specific requirements. Please contact us with your detailed specifications, and we will work with you to produce flanges tailored to your needs.

The lead time for ring joint flanges depends on the complexity and volume of the order. After reviewing your specifications, we will provide an estimated lead time. We are committed to delivering all projects on schedule while maintaining the highest quality standards.

Yes, ring joint flanges can be used for both liquid and gas applications, provided they are made from appropriate materials and installed correctly to handle the specific conditions of the system, including pressure and temperature.

Ring joint flanges are typically made from materials like carbon steel, stainless steel, alloy steel, and other metals. The choice of material depends on the specific requirements of the application, including the type of fluid or gas, temperature, pressure, and environmental conditions.

Ring joint flanges are used in industries where high-pressure and high-temperature conditions are present, such as in the oil and gas industry, petrochemical processing, power generation, and chemical manufacturing. They are ideal for applications requiring a robust and reliable seal to prevent leaks.

Ring joint flanges are manufactured to comply with various industry standards, such as ASME B16.5, ASME B16.47, API 6A, and API 6B. These standards define the dimensions, tolerances, and material requirements to ensure compatibility and reliability in high-pressure and high-temperature piping systems.

Ring joint flanges offer several advantages, including:

High-pressure sealing: Provides a robust and leak-proof seal in high-pressure and high-temperature applications.
Durability: Made from strong materials to handle demanding conditions.
Reliability: Ensures a secure connection and prevents leakage.
Compliance with standards: Adheres to industry standards for quality and performance.

Regular inspection of ring joint flanges involves checking for leaks and ensuring that the flanges remain securely bolted. It is important to inspect the gasket and flange surfaces for any signs of damage, wear, or deformation that could affect the integrity of the seal.