Size Range: NPS 2 to NPS 10 Pressure Range: 150LB to 600LB Design Standards: API 599 / API 6D

Design and Manufacture: API 599, API 6D Face-to-Face (End-to-End): ANSI B 16.10 Flanged Connection: ANSI B16.5 Test and Inspection: API 598, API 6D

Sleeve Plug Valve

Trusted Sleeve Plug Valve Manufacturer

Our Sleeve Plug Valve ensures reliable, leak-free performance in tough industrial settings. Its durable design minimizes maintenance and downtime, operating smoothly under high pressure and temperature. Choose NTVAL for consistent, dependable results in critical applications.

Reliable Sleeve Plug Valve

Control de calidad

The PMI test confirms that the sleeve plug valve is made from the correct metal. It checks the metal’s composition using a special tool.

Prueba PMI

The sealing test checks if the valve can stop leaks. Inspectors apply pressure to see if the valve holds without letting anything escape.

Prueba de estanquidad

In the low emission test, the valve gets checked for gas leaks. This test helps confirm the valve keeps harmful gases from escaping.

Prueba de bajas emisiones

The impact test checks if the valve can handle sudden hits. Inspectors strike the valve to see if it breaks or stays strong.

Prueba de impacto

Dimension inspection checks if all parts of the valve are the right size. Inspectors measure the pieces to confirm they fit correctly.

Inspección dimensional

The painting thickness test checks how thick the valve’s paint is. This test makes sure the valve’s surface is evenly coated.

Prueba de espesor de pintura

PT, or Penetrant Testing, helps find cracks on the valve’s surface. Inspectors use a special liquid to see tiny flaws that aren’t visible.

PT

Material inspection checks if the valve’s materials are strong enough. Inspectors look closely at the metal to confirm they meet quality standards.

Inspección de materiales

Aplicaciones de nuestras válvulas en sectores clave

Descubra cómo nuestras avanzadas soluciones de válvulas mejoran el control del flujo, ofreciendo mayor eficacia, seguridad y una estricta garantía de calidad.

Sleeve plug valves handle corrosive chemicals effectively, preventing leaks and maintaining safety in chemical processing environments.

Procesado químico

In the petrol chemical industry, sleeve plug valves regulate high-pressure liquids and gases, offering durability and resistance to harsh chemicals.

Gasolina Química

Sleeve plug valves are essential in O.P.G and nuclear settings, safely controlling hazardous materials while withstanding extreme conditions.

O.P.G & Nuclear

The pulp industry benefits from sleeve plug valves by controlling thick liquids like pulp, preventing clogs and maintaining smooth operations.

Pulp

Mining operations use sleeve plug valves to control abrasive fluids, providing durability and reliability in handling harsh environments.

Minería

Sleeve plug valves help manage water and sewage flow, offering dependable performance in controlling dirty water in treatment plants.

Agua y alcantarillado

In steam systems, sleeve plug valves regulate high-temperature steam, maintaining pressure control and providing safety under extreme heat.

Sistema de vapor

Boiling systems rely on sleeve plug valves to manage hot water and steam, handling high pressure and heat efficiently for reliable operation.

Sistema de ebullición

Obtenga una válvula más versátil

Válvula de compuerta

Válvula de bola

Válvula de globo

Válvula de retención

Válvula de tapón

Válvula de mariposa

Especificaciones

Gama de tallas: NPS 2 to NPS 10
Pressure Range: 150LB to 600LB
Design Standards: API 599 / API 6D

Features and Benefits

Reliable Sealing: The valve’s sealing is achieved by the surface around the sleeve, with a metal lip that protects the sleeve.
No Cavity Buildup: The valve is designed without a cavity, preventing the accumulation of materials inside.
Self-Cleaning: The metal lip acts as a self-cleaning mechanism when the plug is turned, making it ideal for thick or sticky substances.
Ease of Use: The valve allows for quick opening and closing, with low flow resistance, and can handle flow in both directions. It is easy to install and operate.

Main Structural Features

The valve cover is bolted, and the plug rotates 90 degrees.
The 360-degree metal edge protects and fixes the sleeve, providing durability and a clean operation.
It is designed for bi-directional flow, offering flexibility in various operational conditions.

Cumplimiento de las normas

Diseño y fabricación: API 599, API 6D
Cara a cara (End-to-End): ANSI B 16.10
Flanged Connection: ANSI B16.5
Test and Inspection: API 598, API 6D

Main Parts Materials

Dimensión

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Más información general

Specs of Sleeve Plug Valve

Valve Body Material

Sleeve Plug Valve is made from high-quality stainless steel, providing excellent durability and resistance to corrosion. You guessed it! This material choice makes the valve suitable for harsh environments and various industrial applications.

Presión nominal

Sleeve Plug Valve is designed to operate under high-pressure conditions, with a maximum pressure rating of up to 40 bar (580 psi). This high pressure tolerance provides reliable performance in demanding applications. The valve’s robust construction and design offer consistent operation even in extreme conditions.

Actuation Options

NTVAL offers various actuation options for the Sleeve Plug Valve, including manual, pneumatic, and electric actuators. These options provide flexibility in operation and control, allowing integration with different automation systems. The actuators are designed for easy installation and maintenance, ensuring smooth and efficient valve operation.

Features of Sleeve Plug Valve

Low Torque Operation

The Sleeve Plug Valve's low torque operation makes it easy to open and close, reducing wear on components and prolonging lifespan. It requires less energy, which is beneficial in automated systems. For example, in a chemical plant with frequent operations, the low torque design minimizes strain on equipment and operators.

Double Block and Bleed Capability

This valve features double block and bleed capability, which allows for isolation of the valve from both upstream and downstream pressure. This is crucial for maintenance and safety, as it allows for the system to be depressurized and checked for leaks without complete system shutdown.

Anti-Static Device

NTVAL's Sleeve Plug Valve is equipped with an anti-static device to prevent the buildup of static electricity. This feature is particularly important in applications involving flammable, explosive, or hazardous materials. It enhances operational safety by reducing the risk of sparks that could ignite volatile substances.

Benefits of Sleeve Plug Valve

Easy Operation and Maintenance

The low torque operation makes the Sleeve Plug Valve easy to handle, reducing operator fatigue and the need for extensive training. But wait, there's more, this feature also simplifies maintenance, as less force is required to operate the valve, reducing the likelihood of damage during use.

Enhanced Safety During Maintenance

The double block and bleed capability allows for safe maintenance procedures. By isolating sections of the pipeline, it eliminates the risk of exposure to pressurized fluids. This feature is crucial for maintaining safety standards and protecting workers during system checks and repairs.

Increased Safety in Hazardous Environments

The anti-static device reduces the risk of ignition in flammable environments, enhancing overall safety. This feature is vital for industries dealing with explosive materials, as it minimizes the potential for dangerous incidents caused by static discharge.

Applications of Sleeve Plug Valve

Mining and Metallurgy

In the mining and metallurgy industries, the Sleeve Plug Valve is used to control the flow of slurry, water, and other fluids. Its construction allows it to withstand abrasive materials and harsh conditions. The bottom line is that it’s a valuable component in ore processing and metal extraction operations.

Oil and Gas Industry

NTVAL’s Sleeve Plug Valve is widely used in the oil and gas industry for controlling the flow of crude oil and natural gas. Its ability to handle high pressures and temperatures makes it ideal for upstream, midstream, and downstream applications. The valve’s durability and reliable performance are crucial for operations in this demanding sector.

Water Treatment Facilities

Water treatment facilities utilize the Sleeve Plug Valve to control water flow and pressure throughout their systems. The valve’s full-bore design ensures efficient fluid transfer, reducing energy consumption. For example, in a municipal water treatment plant, the Sleeve Plug Valve can help manage the flow of treated water into distribution pipelines, maintaining consistent supply and pressure.

Procesado químico

In chemical processing plants, Sleeve Plug Valves play an essential role in managing the flow of corrosive chemicals and aggressive fluids. Their design resists chemical wear and minimizes leakage, making them suitable for handling hazardous materials. These valves contribute to maintaining safe and efficient processing, even in applications where chemicals are highly reactive or abrasive.

4 Considerations When Buying Sleeve Plug Valve

01 Compatibility with Existing Systems

Check the compatibility of the Sleeve Plug Valve with your existing systems. The valve should have compatible connection types, such as flanged or threaded ends. For optimal integration, NTVAL recommends choosing valves with standard flange sizes like ANSI 150, 300, or 600.

02 Flow Direction

Check if the Sleeve Plug Valve supports bi-directional flow. Valves that allow flow in both directions offer greater flexibility and can simplify system design. Look for this feature to enhance operational efficiency.

03 Operating Torque Less Than 50 Nm

Consider the operating torque of the Sleeve Plug Valve. Low torque operation reduces the energy required to open and close the valve. A valve with an operating torque of less than 50 Nm (newton meters) is generally easier to operate and integrate into automated systems.

04 10-30 kg Weight

Evaluate the weight of the Sleeve Plug Valve, especially if installation will be in a challenging location. Lighter valves within the 10-30 kg range are easier to handle and install, making the process more efficient. Selecting a valve that balances weight with durability can simplify installation and maintenance in demanding environments.

FAQs of Sleeve Plug Valve

1. What happens if there are quality issues with the sleeve plug valve?

If there are any quality issues with the Sleeve Plug Valve, NTVAL provides technical assistance to troubleshoot problems, offer guidance on valve operation, and provide solutions. We can send parts or a new valve for replacement within the warranty period.

2. Can you provide test reports and performance data for the sleeve plug valve?

Yes, each Sleeve Plug Valve comes with a 3.1 certificate at no extra cost. We will send the certificate for your approval before delivery.

3. What certifications does your sleeve plug valve have?

The Sleeve Plug Valve is certified by ISO9001, ISO14001, ISO45001, API6D, and API607.

4. How should the sleeve plug valve be maintained?

Regular maintenance of Sleeve Plug Valve involves checking the seals, lubricating the moving parts, and inspecting for any signs of wear or damage. Detailed maintenance instructions are provided with each valve.

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NO.	Nombre de la pieza	Material
1	Cuerpo	A216 WCB A351 CF8 A351 CF8M A351 CF3 A351 CF3M
2	Sleeve	A216 WCB A351 CF8 A351 CF8M A351 CF3 A351 CF3M
3	Plug	A182 F6a A351 CF8 A351 CF8M A351 CF3 A351 CF3M
4	Junta	Flexible graphite + stainless steel PTFE/RPTFE
5	Adjusting Gasket	A182 F6a A182 F304 A182 F316 A182 F304L A182 F316L
6	Cover	A216 WCB A351 CF8 A351 CF8M A351 CF3 A351 CF3M
7	Adjusting Bolt	A193 B7 A193 B8 A193 B8M
8~9	Bolt/Nut	B7/2H B8/8 B8M/8M
10	Wrench	ASTM A105/A216 WCB

Cara a cara	ASME/ANSI B16.10
Brida final	ASME/ANSI B16.5
Soldadura a tope	ASME/ANSI B16.25
Clase	ASME/ANSI CL150~CL900

CLASS 150 DIMENSIONS
TALLA (pulg.)	1/2″	3/4″	1″	1-1/4″	1-1/2″	2″	2-1/2″	3″	4″	5″	6″	8″	10″	12″	14″
TALLA (pulg.)	1/2″	3/4″	1″	1-1/4″	1-1/2″	2″	2-1/2″	3″	4″	5″	6″	8″	10″	12″	Unidad:mm
L	108	117	127	140	165	178	190	203	229	254	267	292	330	356	381
H	110	115	115	135	140	150	165	180	380	460	520	580	620	680	760
W	175	175	175	220	280	305	350	405	300	300	320	320	350	380	450
W.T(kg)	8.5	9.5	10.5	12	14	18	22	26	40	60	70	130	219	381	570
CLASS 300 DIMENSIONS
TALLA (pulg.)	1/2″	3/4″	1″	1-1/4″	1-1/2″	2″	2-1/2″	3″	4″	5″	6″	8″	10″	12″	14″
TALLA (pulg.)	1/2″	3/4″	1″	1-1/4″	1-1/2″	2″	2-1/2″	3″	4″	5″	6″	8″	10″	12″	Unidad:mm
L	140	152	165	178	190	216	241	283	305	381	403	419	457	502	762
H	110	115	115	135	140	150	165	180	380	460	520	580	620	680	760
W	175	175	175	220	280	305	350	405	300	300	320	320	350	380	450
W.T(kg)	9.5	10.5	12	14	16	20	24	29	53	75	85	185	230	390	550
CLASS 600 DIMENSIONS
TALLA (pulg.)	1/2″	3/4″	1″	1-1/4″	1-1/2″	2″	2-1/2″	3″	4″	5″	6″	8″	10″	12″	14″
TALLA (pulg.)	1/2″	3/4″	1″	1-1/4″	1-1/2″	2″	2-1/2″	3″	4″	5″	6″	8″	10″	12″	Unidad:mm
L	165	190	216	229	241	292	330	356	432	508	559	660	787	838	889
H	110	115	115	135	140	150	165	180	380	460	520	580	620	680	760
W	175	175	175	220	280	305	350	405	300	300	320	320	350	380	450
W.T(kg)	11	13	17	20	23	27	31	36	72	98	141	245	330	515	710
CLASS 900 DIMENSIONS
TALLA (pulg.)	1/2″	3/4″	1″	1-1/4″	1-1/2″	2″	2-1/2″	3″	4″	5″	6″	8″	10″	12″	14″
TALLA (pulg.)	1/2″	3/4″	1″	1-1/4″	1-1/2″	2″	2-1/2″	3″	4″	5″	6″	8″	10″	12″	Unidad:mm
L	229	229	254	279	305	368	419	381	457	559	610	737	838	965	1029
H	110	115	115	135	140	150	165	180	380	460	520	580	620	680	760
W	175	175	175	220	280	305	350	405	300	300	320	320	350	380	450
W.T(kg)	13	16	21	24	28	32	40	47	91	117	165	285	420	610	860