January 19, 2024

A Guide to Oxycheck Valve Applications

Guide to Oxycheck Valve Applications

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Oxygen is an abundant and versatile element. It is one of the most abundant elements on Earth, making up 17% of the atmosphere and up to 46% of the Earth’s crust. The versatility of oxygen means it can be used in various industries, from medicine to manufacturing to aviation. However, it is important to remember that oxygen is an oxidizing agent. This means that it can speed up the burning process of other substances.

As an oxidant, it is essential to control the flow and amount of oxygen in an environment. Oxygen valves are crucial parts of many systems that use oxygen as they can control oxygen flow and help reduce the potential for fires and explosions. The medical, industrial and aviation industries rely on oxygen valves to maintain the environment’s safety.

What Are Oxygen Valves?

Oxygen valves control and regulate the flow of oxygen in an environment. These valves help ensure that oxygen is only available for use when it is needed. Because oxygen is highly reactive, it is crucial to control its use and movement. Oxygen valves do precisely that. They control the amount of oxygen sent to machines, people or rooms. The valves also help stop oxygen from escaping into other areas where it may cause an explosion or feed a fire.

Oxygen valves can be manual or automatic and can be controlled in a few ways, including knobs, levers and switches. They are available in various sizes, shapes and materials depending on their use. Any industry that uses oxygen needs to use oxygen valves to ensure the safety of their workplace. An oxygen valve is a small and relatively simple piece of equipment, but it can make a considerable difference in the safety of any environment.

Why Are Oxygen Valves Important?

The main reason oxygen valves are so important is to prevent fires in oxygen-rich settings. A fire needs three elements to start — an oxidizer, fuel and an ignition point. In oxygen-rich environments, flammable substances are easier to ignite and burn with greater intensity. This is because the higher percentage of oxygen in the air speeds up the oxidation process, causing fires to burn faster.

Oxygen is often the easiest to control of the three elements that start and feed a fire, especially if it is added to an environment or machine. The heat and pressure needed for many processes can easily start a fire while nearby materials can act as the fuel. Even the friction from particles in the air rubbing against each other can be enough to start a fire in oxygen-rich settings.

In these instances, removing the oxygen from the environment can reduce oxidation and slow or stop fires. Controlling oxygen is also crucial for preventing oxygen toxicity or poisoning in people exposed to oxygen-rich environments. Oxygen poisoning occurs when the lungs receive too much oxygen. The additional oxygen can damage lung tissue, affecting how it takes in oxygen. This change in capacity can lead to the air sacs filling with fluid or cause the lungs to collapse.

People who are undergoing hyperbaric oxygen therapy, those on oxygen machines and scuba divers and aerospace pilots are at risk of oxygen poisoning. Oxygen valves limit the amount of oxygen flowing through these systems, ensuring people receive the correct amount.

Oxycheck Oxygen Valves

Ensuring the safety of oxygen systems and the environments they are in is crucial. One effective way to ensure this safety is by using the right components, such as oxygen valves. OXYCHECK valves provide an additional layer of security for commercial and industrial oxygen systems as they are made from non-flammable materials and can work in pressurized environments. OXYCHECK valves control the amount of oxygen in a system, allowing users to prevent fires and limit their spread. It also removes the fire triangle’s fuel aspect, which helps reduce the fire risk.

Oxycheck Valve Features

OXYCHECK valves are designed specifically for fire suppression and are made with rugged, non-flammable and fire-resistant materials. They also undergo extensive testing to ensure they can achieve high performance levels. Non-flammable metallic materials are used for the valve body, spring, seat and sub-parts. The check element is also non-flammable. Paired with high-quality seals, all these elements play a crucial role in controlling and preventing fires. In addition, OXYCHECK valves are made with compatibility in mind. As a result, they can be retrofitted to existing oxygen systems or added to new systems in aviation, medical and industrial settings.

High-performance levels are a key feature of OXYCHECK valves. They can work in Maximum Allowable Working Pressure (MAWP) of up to 690 bar or 10,000 pounds per square inch (psi). OXYCHECK valves can also work in extreme conditions, including temperatures ranging from -57 degrees Celsius to 95 degrees Celsius. They are also proven to work in environments with high vibration levels and oxidizing atmospheres. All these features make OXYCHECK valves ideal for oxygen-rich environments that need effective fire suppression and oxygen control.

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Application of Oxycheck Valves

Applications of Oxycheck Valves

OXYCHECK valves are used in various industries. Their high safety rates and exceptional performance make them ideal for use in industries with stringent safety and use requirements. Some of the most common uses of OXYCHECK valves are in the aviation, medical and industrial sectors.


Safety is essential in aviation. All airplanes rely on emergency oxygen systems in the case of depressurization. OXYCHECK valves can withstand extreme temperatures and dynamic conditions, ensuring passengers, crew and other assets are kept safe. Some of the most common ways OXYCHECK valves are used include ground and crew support and emergency response systems. You may also notice them in removable and in-place systems.


OXYCHECK valves don’t use fluorinated materials and adhere to strict hygiene standards. As a result, they are ideal for many medical applications, including life support systems, hyperbaric chambers and oxygen tanks for various applications, like hospitals, emergency response and personal use.


Many manufacturing, production and mining companies require efficient and effective valves in their processes. OXYCHECK valves are often used for:

  • Mining and energy systems
  • Processing chemicals
  • Steel, paper and pulp manufacturing
  • High- and low-pressure systems
  • Regulator Protection
  • Welding
  • Metal cutting

Buy Oxycheck Valves at Chase Filters

Buy Oxycheck Valves at Chase Filters & Components

Oxygen valves are simple yet critical components that ensure the safety of any environment that uses oxygen. They help regulate and control oxygen flow, allowing it to be cut off in emergencies. Chase Filters & Components has decades of experience in filtration systems, enabling us to provide you with expert guidance. We are focused on providing quality oxygen valves that will improve the safety of your workplace. Our team of experienced engineers is ready to help you find the perfect oxygen valve solution for your needs.

Contact us today to learn more about the OXYCHECK advantage!

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