Pneumatic Control Valves
A lot of things can go wrong in pneumatic systems without the right components – there may be air seal leaks, damaged or dirty filters, or an excess of air choke. These issues can be time-consuming and costly. Choosing the most effective parts is more than just considering their applications.
One integral component that should not be overlooked are pneumatic valves. Not only do they control the direction of air flow in critical operations in the system, but they are also a possible source of issues, especially if they are not of good quality.
Issues with pneumatic valves can lead to more costly problems all over the system. By reading this, you are already taking the first step in avoiding this problem — because choosing the right pneumatic valve starts with choosing the right pneumatic valve manufacturer.
At JHFoster, we provide a wide range of reliable pneumatic valves for an array of applications.
What Is a Pneumatic Valve?
Electric pneumatic air valves are the components responsible for regulating the rate, pressure, and amount of compressed air as it passes through a pneumatic system.
Pneumatic air valves perform a guiding and dosing function via regulating and locking elements. They’re controlled by special mechanical, pneumatic, or electromagnetic signals.
Pneumatic valves can perform all kinds of tasks in varied complexities. They can be customized according to the specific application. Each type of valve is characterized by the possible mechanism positions and the number of ports or flow lines.
Which industries use pneumatic valves?
Air control valves are typically constructed from high-quality materials such as aluminum, stainless steel, and carbon steel. They are widely used in all types of manufacturing as well as packaging, automotive assembly, food and beverage processes and more.
Many industrial and manufacturing processes involve the movement precision and flow direction of hazardous fluids and chemicals. Strong and powerful systems that can operate under heavy payloads are required to achieve this. Pneumatic valves help these systems maintain precise movements even in intricate pipe networks.
What Are the Types of Pneumatic Valves?
There are several types of pneumatic valves, mostly depending on their application. They may be categorized according to the number of exit or entry points or according to the number of airflow paths. There are also electric or air-operated pneumatic valves. Here are a few examples of the possible classifications:
• Two-, three-, or four-way directional valves – These pneumatic valves are classified based on the number of ports they have. Each port serves a unique purpose – whether it be intake, exhaust, or connected to an actuator.
• Open or closed resting state valves – Valves with open and closed functions usually serve to better regulate airflow by restricting it. When these valves are closed, they will likely not allow any kind of airflow through them.
• Valves that use spring offset mechanism – Some pneumatic control valves have a spring mechanism that is used to close or open ports. These springs often work to return the valve into its prior position.
Other Recommended Solutions
Pneumatic and other systems in your manufacturing operations can be complex and overwhelming. The JHFoster team can be your partner in choosing the right components, in the right systems, for the right applications every time.
Expect us to invest in understanding your business to better recommend solutions that are in line with your needs and objectives.
To view our selection of products, visit our online store.
JHFoster: Your Partner in Pneumatic Control Valves
If you want a customized and effective industrial system, our team at JHFoster is your partner. Over the years, we have worked with clients from any industry you can imagine and have provided anything from pneumatic valves and other integral components to entire systems.

This experience has given us insights into the inner workings of most systems. Insights that will likely come in handy when we are helping you.
Our strength as air flow control valve distributors comes from our willingness to help you overcome inefficiencies and unnecessary costs using systems that are designed for your unique use case. We value relationships with our clients since your success is also ours.Whether you need a specific pneumatic valve or are looking around for the best one for your system, you can click here to get a quote.
Whether you need a specific pneumatic valve or are looking around for the best one for your system, you can click here to get a quote.
Automation Library
Maximize the benefits of automation for your manufacturing operations by getting to know the systems, applications, and components in your processes. A deeper understanding of automation can lead to more efficient, productive, and even durable systems.
Visit our automation library for more resources about this broad subject.

TECHNOLOGY
Motion & Mechatronics
- Rotary/Linear Motion
- Sizing/Consultation
- Motors/Drives/Control
- Robots
- Conveyors
Sensors & ID
- Presence
- Inductive/Capacitive
- RFID/Bar Code
- Safety
Data
- Networks (LAN/WAN)
- HMI/Web Panel
- Remote Access/Monitor
PRECISION MACHINING
- Horizontal Millin – 5 axis
- Vertical Milling = 5 axis
- Turning (up to 14″)
- Swiss Turning (approximately 3 – 20 mm)
- CAD Solidworks
- Gibbs & Surfcam
ELECTRO-MECHANICAL ASSEMBLY
- UL508A Certified Panel Shop
- Control Panel Build
- Enclosures
- Value Added Sub Assemblies: Pneumatic, Mechanical, Electrical, Build to Print
- Horizontal Millin – 5 axis
- Vertical Milling = 5 axis
- Turning (up to 14″)
- Swiss Turning (approvximately 3 – 20 mm)
- CAD Solidworks
- Gibbs & Surfcam
Frequently asked questions
First, make sure the valve is compatible with the media and pressure passing through. Other things to consider are the method of valve actuation, the return method that will take the valve back to its original state, flow capacity, and valve configuration.
Pneumatic valves come in different sizes and specific functions. JHFoster can help you select the type best suited for your requirements.
Automated systems can boost efficiency and productivity while lowering operational costs. Automated technologies also help eliminate bottlenecks that lead to lost time and revenue, allowing you to grow your business and improve market performance.
Request More Information
