Trusted Gate Valve Manufacturer
NTVAL provides durable Gate Valves for industrial use, offering excellent sealing and reliable operation in tough environments. ISO9001 and API6D certified, our valves ensure long-lasting performance and cost efficiency.
Reliable Gate Valve
NTVAL offers high-quality Gate Valves designed for industrial use. Our Gate Valves are known for their durability, excellent sealing performance, and reliable operation in demanding environments. With certifications from ISO9001 and API6D, we guarantee top-tier products. No wonder our valves provide long-lasting performance and cost efficiency.
Contrôle de la qualité
The PMI test verifies that the gate valve’s material matches the specified metals, making sure it is appropriate for its intended use.
Test PMI
The sealing test checks the gate valve for leaks by confirming it closes tightly and securely, keeping fluids contained without escaping.
Test d'étanchéité
The low emission test examines the gate valve’s ability to limit harmful gas releases, helping to maintain a safer environment for workers.
Test de faibles émissions
The impact test evaluates whether the gate valve can withstand force or shock without breaking, proving it can function in tough conditions.
Test d'impact
Dimension inspection measures the gate valve’s components to verify they meet design specifications, confirming proper fit and function within the system.
Inspection des dimensions
The painting thickness test determines how thick the valve’s paint coating is, helping verify its ability to protect against rust and corrosion.
Test d'épaisseur de peinture
PT, or penetrant testing, detects tiny surface cracks on the gate valve by applying a special liquid that highlights any hidden defects.
PT
Material inspection checks that the raw materials used in the gate valve meet the necessary standards for strength and durability.
Inspection des matériaux
Applications de nos vannes dans les industries clés
Découvrez comment nos solutions de pointe en matière de vannes améliorent le contrôle des flux, en renforçant l'efficacité, la sécurité et l'assurance qualité.
Gate valves are ideal for the chemical processing industry because they handle strong chemicals safely, controlling the flow without leaking.
Traitement chimique
Gate valves work well in the petrol chemical industry by regulating the flow of oil and gas, preventing spills and maintaining safety.
Pétrole chimique
Gate valves provide reliable control in O.P.G and nuclear industries, managing the flow of critical fluids under extreme pressure and conditions.
G.P.O. et nucléaire
In the pulp industry, gate valves control the movement of thick liquids, helping maintain smooth operations without clogging or interruptions.
Pâte à papier
Gate valves are essential in water and sewage systems, allowing workers to control water flow for treatment and distribution with ease and reliability.
Exploitation minière
Gate valves are essential in water and sewage systems, allowing workers to control water flow for treatment and distribution with ease and reliability.
Eau et assainissement
Gate valves in steam systems control high-temperature steam, making it easier to manage pressure and maintain safe operations across facilities.
Système de vapeur
In boiling systems, gate valves regulate water flow and steam, helping boilers function efficiently while preventing dangerous overflows or malfunctions.
Système d'ébullition
Obtenir un robinet plus polyvalent
Main Parameters
Ansi Std.Gate | Class 150 Lb-2500 Lb Size 1/2″~60″ |
Din Std.Gate | Dn50~dn1200, Pn16~pn420 |
Jis Std.Gate Valves | Dn15~dn800 10 K~40 K |
Bs Std.Gate Valves | Dn15~dn800, Pn16~pn420 |
Design & | Api600,api 6 D,asme B16.34,api603 Bs1414,din3352,bs1984 Etc. |
Face to Face Std. | Asme B16.10,api 6 A,,din3202,en558,bs2080,mss Sp-81,jis |
Connexion d'extrémité Std | Asme B16.5,asme B16.11,asme B1.20.1,asme B16.25,en1092-1, |
Norme d'essai | Api598,api 6 D,bs 6755,din3230,en12266 ,jis B2003 |
Operated Type | Handwheel, Bevel Gear , Pneumatic, Electric, Bare Stem with Iso 5210 Top |
Matériau | Carbon Steel: A216 Wcb, Wcc, Wc1, Astm A105 |
Vanne à guillotine | Gate Valves Catalogue (5.4 Mb)din Gate Valves Catalogue(1.4 Mb) |
Special Gate Valves | Except for Common Gate Valves,we Also Produce Cryogenic Gate Valves, |
Gate Valve Design
Gate valve Bonnet Design
The bonnet of a gate valve ensures a leakproof seal for the valve body. Screw-in bonnets offer a simple, durable seal, union bonnets are ideal for easy inspection and cleaning, and bolted bonnets are used in larger, high-pressure valves. A pressure seal bonnet, designed for high-pressure applications above 15 MPa (2250 psi), tightens the seal as internal pressure increases, preventing leaks at the body-bonnet joint.
Gate Valve Disc Design
The disc in a gate valve can be designed as either a solid or flexible wedge, or as a parallel disc. A solid wedge provides a strong and simple closure, while a flexible wedge allows for slight movement to accommodate pressure changes, reducing the risk of jamming. The parallel disc design uses two discs that close against each other, offering a tight seal and smoother operation in certain conditions.
Stem Design in Gate Valves
Gate valves come with either a rising or non-rising stem. Rising stems show the valve’s position visually, while non-rising stems are used in areas with limited vertical space or underground installations. NTVAL valves feature a one-piece wrought stem, not welded, with a “T” type connection to the disc, providing a strong and reliable bond that meets API 591 strength standards.
Seat Design in Gate Valves
In carbon steel gate valves, the seat is typically made of forged steel, with the sealing surface welded with a customer-specified hard alloy. For valves NPS 10 or smaller, a renewable threaded-in seat ring is standard, with the option for a welded-on seat if needed. In stainless steel gate valves, the seat is either integral or welded with a hard alloy, with the choice of a threaded-in or welded-on seat also available.
Back Seat Design in Gate Valves
All NTVAL gate valves feature a back seat design. Typically, carbon steel gate valves have a renewable back seat, while in stainless steel valves, the back seat is machined directly into the bonnet or after welding. When the gate valve is fully open, the back seat provides a reliable seal, though API 600 guidelines advise against adding or changing the packing under line pressure.
Body-Bonnet Gasket Design in Gate Valves
For Class 150 gate valves, a combination of carbon steel or stainless steel with flexible graphite is used for the gasket. In Class 300 and Class 600 gate valves, a stainless steel and flexible graphite spiral wound gasket is standard, with the option for a ring-type joint gasket in Class 600 valves. For Class 900 valves, a ring-type joint gasket is used, while pressurized seal designs are applied to Class 1500 to Class 2500 valves.
Gate Valve Packing Seal Design
Molded flexible graphite is commonly used as the packing material in gate valves, with PTFE or a combination of materials available if needed. The internal surface of the stuffing box, where it contacts the packing, is finely finished for smoothness, while the stem surface is carefully machined and treated for a high level of finish and compactness. This attention to detail helps create a secure and tight seal in the stem area.
Stem Nut Features in Gate Valves
The stem nut is typically made from copper alloy or ASTM A439 D2. For larger gate valves, such as NPS 10 for Class 150 or NPS 8 for Class 300, a rolling bearing is added beneath the stem nut to reduce the force needed to open and close the valve. This design helps make operating the valve easier, especially in larger sizes, ensuring smoother and more efficient operation under higher pressure conditions.
Gate Valve Operation Methods
Gate valves are typically operated using a hand wheel or gearbox, with the option for a chain wheel if needed. For valves that require actuation, the top flange dimensions are made according to ISO 5211 standards. These options provide flexibility in how the valve can be controlled, depending on the application.
Belleville Spring-Loaded Packing Option
If needed, Belleville spring-loaded packing can be added to improve the durability and reliability of the packing seal. This feature helps maintain a tight seal over time, providing consistent valve performance. It’s an option that can be used when extra reliability is important.
Gate Valve Types
Gate valves come in various designs, each suited to specific applications and operational needs. The type of gate valve often depends on how the valve stem is designed, which influences how the valve operates and its ease of use. Understanding these different types helps in selecting the right valve for a given application.
1. Based on Valve Stem designed
Gate valves can be categorized based on how their valve stem is designed, which directly impacts their operation and functionality. The stem design determines how the valve opens and closes, as well as how the valve’s position is indicated. Understanding these differences is crucial for selecting the right valve for specific operational needs. Below are the different types of gate valves based on their stem design:
Robinet-vanne à tige montante
In this design, the stem nut is located on the valve bonnet or bracket. When the valve is operated, the stem rotates, lifting the gate to open or lowering it to close. This design is popular because it allows for easy lubrication of the stem and provides a clear indication of whether the valve is open or closed.
Non rising stem gate valve
In a non-rising stem gate valve, the stem nut is located within the valve body and comes into direct contact with the fluid. The benefit of this design is that the valve’s height remains constant, making it ideal for situations where space is limited or for larger diameter valves. However, the downside is that the stem cannot be lubricated, and its direct exposure to the fluid can lead to erosion and damage over time.
2. Based on gate configuration
Gate valves can also be classified according to their gate configuration, which influences how they seal and operate. The configuration of the gate, whether single or double, affects the valve’s ability to manage flow and maintain a secure seal. Below are the different types of gate valves based on their gate configuration.
Parallel Slide Gate Valve Design
A parallel slide gate valve comes in two variations: single gate and double gate. In this design, the sealing surfaces are parallel to the vertical centerline of the valve, with the double gate version featuring two parallel sealing surfaces. This design helps in maintaining a consistent seal when the valve is closed.
Conception d'un robinet-vanne à coin
Wedge gate valves come in three types: single gate, double gate, and flexible gate. In these valves, the sealing surfaces are angled relative to the vertical centerline, creating a wedge shape. This design helps in achieving a tight seal when the valve is closed.
Gate Valve Configuration and Working Principle
A gate valve uses a gate to open and close, moving vertically against the flow of fluid. This valve is designed only for shutting off flow and is not suitable for adjusting or throttling. Gate valves can have either self-sealing or forced sealing mechanisms; in self-sealing, the fluid pressure presses the gate against the valve seat, while in forced sealing, external force is applied to create a tight seal.
When the valve is fully opened, the gate lifts to a height equal to the valve diameter, allowing unimpeded flow. However, the gate’s exact position cannot be monitored during operation. To ensure the valve is fully open, it’s common to turn the handwheel to its maximum and then back off slightly. This helps account for possible handwheel locking due to temperature changes and provides a reliable indication of the fully open position.
Advantages of Gate Valve
Gate valves are widely used in various industries due to their efficient and straightforward design. They offer several key benefits that make them a preferred choice for controlling fluid flow in pipelines. Below are the primary advantages that contribute to the reliability and versatility of gate valves in different applications:
Faible résistance à l'écoulement
Gate valves are designed with a straight-through path, allowing fluid to move directly without many obstacles. This design minimizes resistance, making the flow smoother and more efficient. It’s ideal for applications where maintaining high flow rates is important.
Effortless Operation
The gate in these valves moves perpendicular to the fluid flow, which makes opening and closing the valve easy. This simple movement reduces the effort needed during operation. It’s especially useful in systems where frequent valve adjustments are necessary.
Flexible Installation
Gate valves are symmetrical, allowing fluid to flow in either direction through the valve. This feature simplifies the installation process, making it easier to adapt to various piping layouts. It’s a practical choice for systems requiring flexibility in flow direction.
Conception compacte
With a short end-to-end dimension, gate valves occupy less space between connection points. This compact size makes them suitable for installations where space is limited. The design also allows for easier integration into existing systems.
Simple and Versatile
The straightforward design of gate valves makes them easy to manufacture and apply in many settings. Their versatility allows them to be used across different industries. This makes gate valves a common choice for various fluid control applications.
Disadvantages of Gate Valves
While gate valves have many benefits, they also have some drawbacks that should be considered. Below are the key disadvantages of gate valves:
Sensibilité à l'érosion et aux rayures
Gate valves are prone to erosion and scratches on their sealing surfaces, which can complicate maintenance. These imperfections can lead to leaks and reduced sealing efficiency. Over time, the wear and tear can make the
valve less reliable.
Grande taille et encombrement
Gate valves are large and require significant space for operation. This makes them less suitable for areas with limited space. Additionally, the time needed to fully open or close the valve is longer compared to other valve types.
Exposed Stem Packing
The stem packing in gate valves is often exposed, making it more vulnerable to wear. This exposure can lead to leaks over time, reducing the valve’s effectiveness. Regular maintenance is required to address these issues and ensure proper function.
Primary Applications of Gate Valves
Gate valves are widely used in various industries, particularly in oil and gas pipelines where they help control the flow of crude oil and natural gas. They are also essential in managing pipelines and storage facilities for refined oil products. Additionally, gate valves play a crucial role in oil and gas mining wellhead facilities, ensuring smooth operation and safety.
In urban infrastructure, gate valves are key components in intercity gas transmission pipelines, helping to regulate the flow of natural gas. They are also commonly used in tap water and sewage treatment projects, where they control the flow of water and waste efficiently. These applications highlight the versatility and importance of gate valves in essential services.
Proper Installation and Use of Gate Valves
Proper installation and use of gate valves are essential to their performance and longevity. By following specific steps during installation and routine maintenance, you can help prevent common issues like leaks or operational failures. Here are the key guidelines to follow for installing and maintaining gate valves effectively:
Inspect Valve Cavity and Sealing Surfaces
Before installing the gate valve, check that the valve cavity and sealing surfaces are clean and free from dirt or sand. This step is important for achieving a proper seal and preventing future problems. A clean surface helps maintain the valve’s effectiveness over time.
Evenly Tighten Connection Bolts
All bolts at the connection points should be tightened evenly to maintain a secure seal. Uneven tightening can lead to leaks and uneven pressure distribution across the valve. Properly tightened bolts help the valve operate smoothly and efficiently.
Adjust Packing for Optimal Operation
The packing should be adjusted to create a good seal while allowing the valve to operate smoothly. Proper adjustment is essential for maintaining the valve’s performance. This also helps to avoid unnecessary wear on the valve components.
Verify Valve Type and Specifications
Before installation, confirm that the valve type, connection size, and flow direction match your specific application. Making sure the valve is compatible with the system ensures proper function. This step is crucial to avoid operational issues later on.
Allow Adequate Space for Operation
Ensure there is enough space around the valve for proper installation, maintenance, and repairs. Sufficient room allows easy access for adjustments and helps prevent accidental damage during operation.
Follow Wiring Instructions
When wiring the drive unit, carefully follow the circuit diagram provided by the manufacturer. Correct wiring is important for the safe and efficient operation of the valve. Proper installation also minimizes the risk of electrical issues and ensures long-term reliability.
Regular Maintenance and Protection
Perform regular maintenance on the gate valve and avoid hard impacts, especially on the sealing surfaces. Consistent care helps prevent damage and extends the valve’s lifespan. Regular checks also keep the valve in good working order.
Routine Maintenance of Gate Valves
- Use of Bypass Valve: Before operating a gate valve equipped with a bypass valve, open the bypass valve first. This helps balance the pressure difference between the inlet and outlet, making it easier to operate.
- Actuator Installation: Gate valves with an actuator should be installed following the guidelines in the product instruction manual. Proper installation ensures safe and efficient operation.
- Regular Lubrication: For valves that are used frequently, lubrication should be done at least once a month. This keeps the valve in good working condition and reduces wear over time.
Troubleshooting Gate Valve Operation Issues
Regular maintenance is essential to keep gate valves functioning effectively and to extend their lifespan. By following proper maintenance practices, you can prevent common issues and keep the valve operating smoothly. Here are the key steps to follow for routine maintenance of gate valves:
Use of Bypass Valve
Before operating a gate valve that has a bypass valve, the bypass valve should be opened first. This action helps balance the pressure difference between the inlet and outlet, making the valve easier to operate. It also reduces the strain on the valve during operation.
Actuator Installation
When installing gate valves with an actuator, it’s important to follow the guidelines in the product instruction manual. Proper installation is critical for the safe and efficient functioning of the valve. Adhering to these guidelines helps avoid operational issues and prolongs the valve’s lifespan.
Regular Lubrication
For valves that are used frequently, lubrication should be performed at least once a month. Regular lubrication keeps the valve in good working condition and helps minimize wear. This maintenance practice helps the valve operate smoothly over time.
Addressing Leakage at the Stem Port
Leakage at the stem port is a common issue that can compromise the performance of a gate valve. Understanding the potential causes and knowing how to address them is crucial for maintaining the valve’s functionality. Here are the steps to take if you encounter leakage at the stem port:
Tighten Packing Bolts
If there is leakage at the stem port, it might be due to the packing not being fully tightened. To address this, carefully tighten the bolts on the gland flange until the leakage stops. This adjustment is often enough to stop the leak. Regularly checking the tightness of these bolts can help prevent future issues.
Check for Foreign Material
Foreign material inside the stem packing can also cause leaks. Inspect the area around the stem packing and remove any debris that may have accumulated. Removing these materials can restore the valve’s sealing capability. Keeping the area clean can help prevent this problem from occurring again.
Replace Damaged Stem Packing
If the stem packing is worn or damaged, it will no longer seal effectively, leading to leaks. In this situation, it’s necessary to replace the old packing with new material. Doing so will reestablish a proper seal and prevent further leakage. Regular inspection of the packing can help catch this issue early.
Addressing Seat Leakage in Gate Valves
Seat leakage in gate valves can lead to inefficiencies and operational issues. Identifying the root cause of the leakage is essential for finding the right solution. Whether the valve is manual or motorized, there are specific steps you can take to address the problem. Here are the key steps to follow when dealing with seat leakage in gate valves:
Reopen and Close the Manual Gate Valve
If you notice seat leakage in a manual gate valve, simply closing and reopening the valve might solve the problem. This action can help the valve reseat properly, stopping the leak. It’s a quick first step to take before exploring other potential issues.
Check Positioning on Motorized Gate Valve
For motorized gate valves, seat leakage may occur if the valve’s positioning isn’t set correctly. Verify that the valve is properly aligned with its intended setting. Adjusting the positioning can often resolve the leakage issue.
Inspect for Damage to Sealing Surfaces
Seat leakage might also be caused by damage to the gate, debris, or body seat sealing surfaces. Examine these areas for any signs of wear or damage. If damage is found, repairing or replacing the affected parts will be necessary to stop the leak.
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Specs of Gate Valve
Tailles
Gate Valves come in a wide range of sizes to accommodate different pipeline diameters. They typically range from 2 inches to 48 inches in diameter. Think about it. This variety allows for the specific needs of various industrial projects to be met efficiently.
Pression nominale
Gate Valves are rated to handle different pressure levels, ensuring they can operate safely under various conditions. The pressure rating is often specified in pounds per square inch (PSI). A standard Gate Valve could have a pressure rating of 150 PSI, suitable for general industrial applications, while higher-rated models can handle up to 2500 PSI for more demanding environments.
Connexions d'extrémité
The end connections of Gate Valves can vary to meet specific installation requirements. Common types include flanged, threaded, and welded connections. NTVAL offers Gate Valves with all these end connection options, providing solutions that are easy to integrate into existing systems.
Features of Gate Valve
Etanchéité
One of the key features of Gate Valves is their ability to provide a tight seal. The gate mechanism allows for complete closure, preventing any leakage. This is crucial in applications where maintaining the integrity of the fluid flow is essential.
Conception de l'alésage complet
Gate Valves often have a full bore design, meaning the opening is as wide as the pipeline. This feature reduces pressure drops and allows for smooth flow of fluids. In other words, it is especially beneficial in applications where maintaining flow efficiency is important.
Facilité d'utilisation
Gate Valves are straightforward to operate, often requiring only a simple turn of a wheel or handle. This ease of use makes them a preferred choice in various industrial settings. Their design allows for full flow when open and minimal resistance when closed.
Benefits of Gate Valve
Efficient Flow Control
Gate Valves provide efficient flow control, allowing for precise regulation of fluid movement. Their design minimizes pressure drop and turbulence, ensuring smooth operation. This efficiency makes them ideal for applications where consistent fluid flow is necessary.
Rentabilité
Gate Valves are a cost-effective solution for controlling fluid flow in pipelines. Their durability means they have a long service life, reducing maintenance and replacement costs. NTVAL Gate Valves offer an economical choice without compromising quality.
Polyvalence
Gate Valves are versatile and can be used in a wide range of applications, from water supply systems to oil and gas pipelines. Their ability to handle different types of fluids and withstand harsh conditions makes them suitable for various industries. This versatility means they can be employed in multiple projects, providing flexibility for different needs.
Applications of Gate Valve
Systèmes d'approvisionnement en eau
Gate Valves are widely used in water supply systems to control the flow of water. They can be found in residential, commercial, and industrial plumbing systems. Turns out, their ability to provide a tight seal means that water flow can be easily started or stopped without leaks.
Oléoducs et gazoducs
Gate Valves play a crucial role in oil and gas pipelines. They are used to control the flow of crude oil, natural gas, and other petroleum products. NTVAL Gate Valves are designed to withstand the high pressure and corrosive environments typical in the oil and gas industry, ensuring reliable and safe operation.
Traitement chimique
In chemical processing plants, Gate Valves are essential for controlling the flow of various chemicals. They are used in processes that require precise regulation of fluids to maintain safety and efficiency. The robust construction of Gate Valves makes them suitable for handling aggressive and corrosive chemicals.
Industrie pétrochimique
Gate Valves are critical in the petrochemical industry for managing the flow of chemicals, gases, and other fluids. Their ability to handle high pressures and corrosive substances makes them ideal for refining and chemical plants. These valves provide reliable control, helping maintain safety in complex petrochemical processes.
3 Considerations When Buying Gate Valve
01
Operational Mechanism
Consider how the Gate Valve will be operated, whether manually, electrically, or pneumatically. Manual valves are simple and cost-effective for smaller systems. For larger or more complex systems, electric or pneumatic actuators provide automated control. For example, an oil refinery might use pneumatic actuators for quick and precise valve operations. This choice can greatly enhance efficiency and reduce manual labor in demanding environments.
02
Tolérance de température
Consider the temperature range the Gate Valve needs to withstand. High-temperature applications, such as steam systems, require valves made from materials that can endure extreme heat without deforming or failing. Conversely, low-temperature applications may need materials that remain resilient in cold conditions. Matching the valve to the temperature requirements of the system is crucial for long-term performance.
03
Exigences en matière de maintenance
Evaluate the maintenance requirements of the Gate Valve. Some valves are designed for easy maintenance, with replaceable parts and accessible components, while others may require more complex servicing. Choosing a valve with low maintenance needs can reduce downtime and operational costs. NTVAL offers Gate Valves with features that facilitate easy maintenance, reducing downtime and providing continuous operation.
Types of Gate Valve
Wedge Gate Valves have a wedge-shaped disc that moves up and down to control the flow of fluid. This design helps create a tight seal, preventing leaks even under high pressure. They are commonly used in water supply systems and pipelines.
Bellow Gate Valves use a flexible metal bellows to seal the valve stem, making them perfect for applications where leaks cannot be tolerated. They are often used in industries like chemical processing to handle hazardous fluids. The bellows also protect the valve stem from corrosion and damage.
Knife Gate Valves have a sharp-edged gate that cuts through thick fluids and slurries. For example, in a mining operation, these valves can handle the abrasive slurry that results from the extraction process. They provide a clean cut-off and easy operation even in tough conditions, making them a reliable choice for such challenging environments.
Vanne à coin
Bellow Gate Valve
Vanne à guillotine
Slide Gate Valves use a flat gate that slides into place to block the flow of materials. These valves are often used in bulk handling systems for powders and grains. Their simple design allows for quick opening and closing, making them efficient for controlling the flow of dry materials.
Double disc Gate Valves have two discs that press against each other to form a tight seal. This design helps distribute pressure evenly, making them suitable for high-pressure applications. They are commonly used in water and steam systems for their reliability and durability.
Slab Gate Valves feature a simple, flat gate that slides across the valve opening. This design minimizes friction and wear, making them suitable for oil and gas pipelines. The slab gate provides a full bore opening, allowing unrestricted flow when the valve is open.
Vanne à glissière
Vanne à double disque
Slab Gate Valve
OS&Y (Outside Screw and Yoke) Gate Valves have the screw and yoke mechanism located outside the valve body. This design allows for easy visual inspection of the valve's open or closed position. They are commonly used in fire protection systems and other critical applications.
Pressure seal Gate Valves are designed for high-pressure applications, with a seal that gets tighter as the pressure increases. This makes them ideal for steam and power generation systems. The pressure seal bonnet provides a reliable and leak-proof connection.
Through conduit Gate Valves have a gate that moves through a conduit, providing a clear, unobstructed path for the fluid. This design reduces turbulence and pressure drop, making them suitable for long-distance pipelines. They are commonly used in oil and gas transmission.
OS&Y Gate Valve
Vanne à opercule à joint de pression
Robinet-vanne à passage direct
API 602 Gate Valves are designed to meet the standards set by the American Petroleum Institute (API). They are compact, reliable, and perfect for high-pressure and high-temperature applications. These valves are widely used in the oil and gas industry.
Stainless steel Gate Valves are highly resistant to corrosion, making them suitable for harsh environments. They are often used in chemical processing, food and beverage industries, and other applications where hygiene and durability are crucial. By the way, NTVAL offers a range of stainless steel Gate Valves to meet diverse industry needs.
Robinet-vanne API 602
Robinet-vanne en acier inoxydable
Plongez dans nos ressources
Vous recherchez des produits plus diversifiés ? Parcourez nos sélections triées sur le volet :
Specialty Gate Valves:
- Robinet-vanne à soufflet d'étanchéité
- Vanne à guillotine
- Vanne à double disque
- Vanne à opercule à joint de pression
- Robinet-vanne à passage direct
Standard Gate Valves:
- Vanne à coin
- Robinet-vanne à brides
- Vanne à glissière
- Robinet-vanne API 602
- Robinet-vanne en acier inoxydable
Nous avons dressé pour vous une liste d'articles recommandés qui vous permettront d'approfondir vos connaissances :
Gate Valve Fundamentals:
Gate Valve Types and Specifications:
- Qu'est-ce qu'un robinet-vanne à siège résilient ?
- The Complete Guide to OS&Y Gate Valve
- All About API 600 Gate Valves
- Les 7 premiers fabricants de robinets-vannes en acier inoxydable
- Les 9 premiers fabricants de robinets-vannes pour dalles
Gate Valve Manufacturers by Region:
- Top 9 Gate Valve Manufacturers
- Top 7 Gate Valve Manufacturers in China
- Top 7 Gate Valve Manufacturers in Europe
- Les 9 premiers fabricants de robinets-vannes au Royaume-Uni
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