Types of Mechanical Valves in the Industrial Valve Industry: Their Advantages, Disadvantages and Applications
Types of Mechanical Valves in the Industrial Valve Industry: Their Advantages, Disadvantages and Applications
The industrial valve industry plays an important role in pipeline systems, helping to control and regulate the flow of liquids, gases, and vapors. Below is an article about popular types of mechanical valves in the industrial valve industry: gate valves, globe valves, ball valves, butterfly valves, check valves, Y filter valves, needle valves, angle valves, diaphragm valves, and micro valves. born. We will analyze the advantages, disadvantages and applications of each type of valve.
1. Gate Valve
Advantage:
• Simple design, easy to maintain.
• Causes little pressure drop when fully open.
• Suitable for fully open/closed applications.
Defect:
• Not suitable for flow regulation.
• Can get stuck when the fluid contains sediment.
Application:
• Water supply and wastewater treatment systems.
• Petroleum and chemical industry.
2. Globe Valve
Advantage:
• Precise flow control.
• Quickly open/close.
• Ability to withstand high pressure.
Defect:
• Creates a large pressure drop.
• Large size and heavy weight.
Application:
• Steam and hot water systems.
• Petroleum and chemical industry.
3. Ball Valve
Advantage:
• Quickly open/close.
• High tightness, little leakage.
• Long lifespan and little maintenance required.
Defect:
• Not suitable for precise flow regulation.
• May get stuck if the fluid contains sediment.
Application:
• Water, oil and gas pipelines.
• Applications that require quick opening/closing.
4. Butterfly Valve
Advantage:
• Compact and lightweight.
• Quickly open/close.
• Suitable for narrow spaces.
Defect:
• Not completely sealed, there may be small leaks.
• Less suitable for applications requiring precise control.
Application:
• Water supply and wastewater treatment systems.
• Food and beverage industry.
5. Check Valve
Advantage:
• Prevent backflow.
• Operates automatically without intervention.
Defect:
• May get stuck if there is residue.
• Pressure loss is higher than other valves.
Application:
• Water pumping system, water supply system.
• Petroleum and chemical industry.
6. Y-Strainer Valve
Advantage:
• Remove dirt from the system.
• Easy to maintain and clean.
Defect:
• Regular cleaning is required.
• Creates a pressure drop when there is a lot of residue.
Application:
• Water supply system, steam system.
• Petroleum and chemical industry.
7. Needle Valve
Advantage:
• Precise flow adjustment.
• High tightness.
Defect:
• Not suitable for large flows.
• Needs precise operation to adjust.
Application:
• Pressure measurement and control system.
• Chemical and pharmaceutical industry.
8. Angle Valve
Advantage:
• Fine flow regulation.
• Corner design reduces installation space.
Defect:
• Can create high pressure drops.
• Needs regular maintenance.
Application:
• Water and steam supply system.
• Petroleum and chemical industry.
9. Diaphragm Valve
Advantage:
• There are no internal moving parts in contact with the fluid.
• Good for corrosive and dirty liquids.
Defect:
• Cannot withstand high pressure.
• Diaphragm life is shorter than other types of valves.
Application:
• Food and pharmaceutical industry.
• Water and wastewater treatment.
10. Sanitary Valve
Advantage:
• Easy-to-clean design.
• Meets strict hygiene standards.
Defect:
• Cost is higher than other types of valves.
• Requires regular maintenance and inspection.
Application:
• Food, pharmaceutical, beverage industry.
• Applications requiring high hygiene standards.
Conclude
Each type of mechanical valve in the industrial valve industry has its own advantages and disadvantages, along with specific applications in pipeline systems. Choosing the right valve type to suit the technical requirements and operating environment is important to ensure system performance and reliability. Businesses need to carefully consider these factors to choose and use mechanical valves most effectively.
________________________________________
Phuc Minh Engineering specializes in distributing:
• Tozen industrial valve
• Tozen gate valve
• Tozen globe valve
• Tozen ball valve
• Tozen butterfly valve
• Tozen one-way valve
• Y Tozen filter valve
• VYC needle valve
• Tozen angle valve
• NDV Diaphragm Valve, Swissfluid Diaphragm Valve
• NDV microbiological valve
Use this article to better understand the types of valves in the industry and choose the most suitable product for your system.
Contact Info:
• Phuc Minh Engineering Company Limited
• Email: info@pm-e.vn
• Tel: 028-3535.2125
• Fax: 028-3535.0254
• Web: pm-e.vn
• Address: 92/38 Street 12, Quarter 18, Binh Hung Hoa Ward, Binh Tan District, Ho Chi Minh City.
• Zalo: 0902720814 - 0907450506 - 0902800728 - 0979737351
Related News
Benefits and uses of safety valves
05/11/2025
Safety valves are essential devices in industrial systems, designed to protect equipment and ensure operator safety. Below is a detailed analysis of the benefits and applications of safety valves.
Benefits, Functions, and Applications of Pressure Reducing Valves
05/11/2025
Pressure reducing valves, also known as pressure regulating valves, are critical devices in industrial piping systems that help control and maintain safe pressure levels, protecting equipment from damage due to overpressure. Below is a detailed analysis of the benefits, functions, and applications of pressure reducing valves.
What is a pressure reducing valve? Structure, Operating Principle, Adjustment and Classification of Pressure Reducing Valves.
05/11/2025
Pressure Reducing Valve is also known as pressure regulator, pressure stabilizer, pressure regulating valve, etc. It is a type of industrial valve installed on the pipeline, with the function of reducing pressure and stabilizing output pressure, so that the output pressure is always smaller than the input pressure of the system, helping fluids to be easily transmitted to different devices. but the pressure is not too different.
Overview Of Pressure Reducing Valve (Prv)
05/11/2025
A Pressure Reducing Valve (PRV) is a device used to regulate and maintain a constant downstream pressure by reducing high inlet pressure to a safe and stable level. It plays an essential role in protecting piping systems, equipment, and ensuring operational safety from overpressure. PRVs are widely applied in: Steam systems Compressed air systems Water distribution systems Hydraulic and industrial process systems
WORKING PRINCIPLE OF SAMYANG PRESSURE REDUCING VALVE
05/11/2025
Samyang pressure reducing valve is an automatic pressure control device widely used in steam, air, water, and hydraulic systems. Manufactured in Korea, Samyang valves are designed to stabilize outlet pressure, protect equipment, and extend the lifespan of piping systems.




.png)






