MAXTOR CV-04 Pneumatic Check Valve 1/2''
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MAXTOR CV-04 Pneumatic Check Valve: Reliable One-Way Flow in Air Lines
Controlling the flow direction of compressed air in pneumatic systems and preventing unwanted backflow is vital to system efficiency and safety. The MAXTOR CV-04 Pneumatic Check Valve is a compact and reliable valve designed to meet this need, providing one-way flow in compressed air lines .
What is the MAXTOR CV-04 Pneumatic Check Valve and What Does It Do?
A pneumatic check valve is a valve that allows compressed air to flow in only one direction, automatically blocking reverse flow. The 1/2-inch connection diameter means this check valve is suitable for medium-sized pneumatic pipelines.
Working Principle:
Forward Flow: When air flows in the direction toward the check valve (usually indicated by an arrow), its pressure pushes the disc or flap inside the valve, allowing flow.
Backflow Prevention: When flow stops or reverses, the mechanism inside the valve (spring or its own weight) pushes the disc against the sealing surface, instantly cutting off airflow. This completely prevents backflow.
Highlights and Advantages of MAXTOR CV-04:
Reliable One-Way Flow: Prevents backflow in compressed air systems, preventing pressure drops and equipment damage that may occur in the system.
High Pressure Resistance: Generally, it can withstand working pressures of up to 15 bar .
Durable Construction: The body is made of durable nickel-plated brass . This material gives the valve high mechanical strength and corrosion resistance.
Wide Operating Range: It operates safely in a wide operating temperature range from -20°C to +80°C .
Easy Installation: 1/2 inch threaded connection allows for easy integration into most standard pneumatic pipelines.
Low Pressure Loss: Creates minimum pressure loss thanks to its optimized internal flow design.
Versatility: Suitable for compressed air, neutral gases and some liquid fluids.
Areas of Use:
Pneumatic Systems: Air compressor outlets, pneumatic cylinders and other air equipment.
Factory Automation: Air supply in production lines.
Industrial Machinery: In machines containing pneumatic systems.
Chemical and Petrochemical Plants: Preventing the backflow of non-hazardous gases.
Water Purification Systems: Preventing the backflow of gases such as ozone and chlorine.