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4 Way Ball Valves

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4 Way Ball Valves Specification

Connection
Flanged, Threaded

Channels
Four Way

Pressure
1.0 MPa to 6.4 MPa (PN10PN64)

Caliber
DN15 to DN150

Structure
4 Way Ball Valve

Material
Stainless Steel, Carbon Steel, Brass

Power
Manual, Pneumatic, Electric

Media
Water, Oil, Gas, Steam, Chemical Fluids

Port Size
1/2 to 6

Flange
ANSI, DIN, JIS Standards

Finish
Polished, Electroplated

Application
Process Industries, Chemical Plants, Water Treatment, Oil & Gas

About 4 Way Ball Valves

4 Way Ball Valves

We have built our reputation in manufacturing, exporting and supplying a quality 4 Way Ball Valves. This ball valve is manufactured using supreme quality materials sourced from the trusted merchants of the industry. Due to features like rugged construction, high operational fluency and low maintenance, this 4 Way Ball Valves is highly appreciated in national & international market. Further, this ball valve is tested as per the predefined industry parameters. The ball valve is available at cost effective price.

We have an extensive variety of Four Way and Three Way Ball Valve in Stainless steel, Carbon Steel, Cast Iron and various others metal on particular demand of the customers. Our four way and Three Way Ball Valve determination covers regular (reduce port) and Full Port, screwed end, butt solder (soldered neck) end, flanged end, socket weld as well as tri-clover end along with pneumatic, hand operated hand lever or gear.

Salient Features:

Compact Design
High Performance Ball Valve
Low Pressure Drop
Longer Life
Simplicity
Positive Shut off
No Lubrication
Quick in Action

Design & Testing International Standard:

Valve Design:          BS 5351 / ANSI B 16.34 / API 6D
Pressure Testing:    BS 6755 Part II / API 598 / API 6D
Face To Face:        Mfg. Standard
Flange Drilling:       ANSI B 16.5 / BS 10 Table / DIN / IS 6392
Butt Weld End:      ANSI B 16.25
Socket Weld End: ANSI B 16.11
Screwed End:        ANSI B 1.20.1(BSP/NPT)

Material of Construction:

Body / End Connector Piece:

Cast Iron to ASTM A 126 Class B IS 210 GR. FG 200 / 220 / 260
Ductile Iron to ASTM A 536 Grade 65-45-12
Cast Carbon Steel to ASTM A 216 GR. WCB
Stainless Steel to ASTM A 351 GR. CF 8 / 8M / 3 / 3M
Hast Alloy B / C
ASTM A 351 GR. CN 7M (Alloy 20)

Ball:
Stainless Steel to ASTM A 351 GR. CF 8 / 8M / 3 / 3M
Hast Alloy B / C
ASTM A 351 GR. CN 7M (Alloy 20)

Stem:
AISI 410 (S.S. 410 13% Cr. Steel)
AISI 304 (S.S. 304)
AISI 316 (S.S. 316)
AISI 304L (S.S. 304L)
AISI 316L (S.S. 316L)
Hast Alloy B / C
Alloy 20

Ball Seat / Gland Seal / Stem Seal:
Grafoil
P.T.F.E. Virgin
P.T.F.E. Glass Filled
P.T.F.E. Carbon Filled

TECHNICAL SPECIFICATIONS:

Size	Rating	Class 150
	Inch	1	1 1/2	2	2 1/2	3	4	6
	DN	25	40	50	65	80	100	150
L-Full Bore		165	215	245	295	325	380	450
L-Reduce Bore		-	-	-	245	295	325	380
G-Full Bore		25	38	50	63	75	100	150
G Reduce Bore		-	-	-	50	63	75	100
H-Reduce Bore		-	-	-	63	75	100	150
D		108	127	152.4	177.8	190.5	228.6	279
E		79.3	98.4	120.6	139.7	152.4	190.5	240.3
F		50.8	73	92.1	104.7	127	157.2	215.9
N		4	4	4	4	4	8	8
O		15.8	15.8	19	19	19	19	22.2

Size	Rating	Class 300
	Inch	1	1 1/2	2	2 1/2	3	4	6
	DN	25	40	50	65	80	100	150
L-Full Bore		178	220	260	311	344	400	473
L-Reduce Bore		-	178	220	260	311	344	400
G-Full Bore		25	38	50	63	75	100	150
G Reduce Bore		-	25	38	50	63	75	100
H-Reduce Bore		-	38	50	63	75	100	150
D		124	155.4	165.1	190.5	209.5	254	317.5
E		88.9	114.3	127	149.3	168.1	200.1	269.7
F		50.8	73	92.1	104.7	127	157.2	215.9
N		4	4	8	8	8	8	12
O		19	22	19	22	22	22	22

Precision Flow Control for Complex Systems

Our 4 Way Ball Valves allow users to manage multiple flow channels with ease, thanks to robust quarter-turn operation and selectable L or T port configurations. These valves ensure precise media control and are tailored to meet a variety of industrial process requirements. The availability of 2 or 4 seat designs provides flexibility for diverse operational setups.

Multiple Connection and Mounting Options

Offered with ISO 5211 mounting pads and a choice of end connectionsscrewed, socket weld, butt weld, or flanged (ANSI, DIN, JIS)these valves integrate seamlessly into existing systems. Our valves support easy installation and maintenance, optimizing reliability in your process line.

Engineered for Safety and Longevity

Featuring fire-safe construction, anti-static devices, and blow-out proof stems, safety is paramount in our 4 Way Ball Valve design. Epoxy-coated or nickel-plated body ensures durability, while a range of power optionsmanual, pneumatic, or electriccaters to all operational needs.

FAQs of 4 Way Ball Valves:

Q: How does the four-way ball valves flow pattern (L Port or T Port) affect its application?

A: The choice between L Port and T Port flow patterns determines how liquids or gases are routed through the valve. L Port directs flow between three of the four ports, making it ideal for diverting applications. T Port enables complex mixing or distribution tasks, beneficial in process industries requiring flexible routing or blending.

Q: What sealing types are available for the 4 Way Ball Valve and when should each be used?

A: Our valves are offered with PTFE and Metal-to-Metal sealing. PTFE provides superior chemical resistance and is preferable for most water, steam, or chemical applications. Metal-to-Metal is suited for high-temperature or abrasive media, often required in oil & gas or heavy-duty chemical plants.

Q: Where can these valves be installed, considering mounting and end connection options?

A: These 4 Way Ball Valves feature ISO 5211 mounting pads for direct actuator installation and offer a variety of end connections including screwed, socket weld, butt weld, and flanged per ANSI, DIN, or JIS standards. They are suitable for integration in any process system, including piping arrangements in chemical, oil refinery, or water treatment facilities.

Q: What is the process for ensuring leak-tight performance in these ball valves?

A: Each valve is tested in accordance with API 598 and EN 12266 standards, guaranteeing a Class VI (bubble tight) leakage rate. Regular maintenance and correct seal selection further preserve leak-free operation over the valves lifecycle.

Q: How do the fire safe design and anti-static device benefit valve usage in process industries?

A: The fire safe design provides protection during thermal incidents, limiting the risk of leaks in hazardous environments. The anti-static device prevents sparking caused by the build-up of static electricity, ensuring safer operation, especially for flammable media such as oil or gas.

Q: What are the advantages of the available handle types for valve operation?

A: Valves can be operated with either lever or gear handles. Lever operation is best for fast, straightforward actuation in smaller sizes, while gear operation provides greater torque for larger valves or higher-pressure systems, allowing precise control with less manual effort.