Non Slam Nozzle Check Valve

Product Details:

Nozzle Check Valve

• Size - 2" to 20"
• Pressure - 150#, 300#
• MOC - WCB, CF8, CF8M ( As per application )
• Operating Pressure - 10 Kg/cm2
• End connection - Flange end
• Application - Air, Gas ,Liquid

STANDARD :
• Manufacturing Standard : API 594 & API 6D
• Face to Face : API 6D
• Inspection And Testing Standard : API 598
• Pressure-Temperature Rating : ASME B 16.34
• Flanged End Dimension : ASME B 16.5 Application:
• Oil, Gas, Petrochemical Plant.
• Thermal and Nuclear Power Plant.
• Industrial Chemical Piping.
• Distillery Plant.
• Fertilizer Plant.
• Textile and Process Industries.
• Marine & Mining
• Pulp & Paper mill
• Sugar mill Features:
• Low-pressure drop in a compact design.
• Axial flow path Venturi effect.
• Reduce maintenance cost & easy installation
• Short stroke length reduce closer time.
• Self-aligning conical disc is the only moving part.
• Consistent tight shut-off.
• Minimal pressure drop reduce operating cost.
• Reduces valve wear normally associated with turbulent flow from upstream piping.
• Fast dynamic response reduces reverse velocity and water hammer potential.

Product Details:

We are offering a wide range of Non slam nozzle check valves.

• Valve Size - 2" to 20"
• Pressure class - 150#, 300#
• MOC - WCB, CF8, CF8M (As per application )
• Application - Air, Gas, Liquid, 

APPLICABLE STANDARD:

• Manufacturing Standard : API 594 & API 6D
• Face to Face : API 6D
• Inspection And Testing Standard : API 598
• Pressure-Temperature Rating : ASME B 16.34
• Flanged End Dimension : ASME B 16.5

Application:

• Oil, Gas, Petrochemical Plant.
• Thermal and Nuclear Power Plant.
• Industrial Chemical Piping.
• Distillery Plant.
• Fertilizer Plant.
• Textile and Process Industries.
• Marine & Mining
• Pulp & Paper mill
• Sugar mill

Features:

• low pressure drop in a compact design.
• Axial flow path Venturi effect.
• Reduce maintenance cost & easy installation
• Short stroke length reduce closer time.
• Self aligning conical disc is the only moving part.
• Consistent tight shut off.
• Minimal pressure drop reduce operating cost.
• Reduces valve wear normally associated with turbulent flow from upstream piping.
• Fast dynamic response reduces reverse velocity and water hammer potential.