• Fluids: Compressed air, inert gases, and water
• Working Temperature: -20 to 100 °C
• Thread: 1/2 (F) NPT
• Maximum Working Pressure: 362.5 PSI
Material(s):
• Body: Robust and corrosion resistant brass
• Rod: Robust and corrosion resistant brass
• Spring: Corrosion resistant stainless steel 302
• Plate: Stainless steel 304 for high pressure ressistance
• Washer: NBR synthetic rubber
• Check valves allow free passage of fluid in one direction and lock in the other direction
• They protect compressed air networks against contamination
HOW IT WORKS
If the network pressure drops, the check valves installed at the points of use close and prevent the passage of air that could contaminate the network
INSTALLATION TIP
The direction of the airflow is indicated by an arrow on the body of the check valve
• Naval industries, aerospace, alimentary, manufacture of industrial equipment and tools
• Fluids: Compressed air, inert gases, and water
• Working Temperature: -20 to 100 °C
• Thread: 1/2 (F) NPT
• Maximum Working Pressure: 362.5 PSI
Material(s):
• Body: Robust and corrosion resistant brass
• Rod: Robust and corrosion resistant brass
• Spring: Corrosion resistant stainless steel 302
• Plate: Stainless steel 304 for high pressure ressistance
• Washer: NBR synthetic rubber
• Check valves allow free passage of fluid in one direction and lock in the other direction
• They protect compressed air networks against contamination
HOW IT WORKS
If the network pressure drops, the check valves installed at the points of use close and prevent the passage of air that could contaminate the network
INSTALLATION TIP
The direction of the airflow is indicated by an arrow on the body of the check valve
• Naval industries, aerospace, alimentary, manufacture of industrial equipment and tools
