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DMIC Products
CVDM6515FKU1121
DMIC CVDM is the ideal companion to our BVSS and BVFF Ball Valves. CVDM allows a large bore, low ?P check valve to be integrated into your circuit, eliminating an external threaded connection.
CVDM6515FLC2211
DMIC CVDM is the ideal companion to our BVSS and BVFF Ball Valves. CVDM allows a large bore, low ?P check valve to be integrated into your circuit, eliminating an external threaded connection.
CVDM6515FLU1111
DMIC CVDM is the ideal companion to our BVSS and BVFF Ball Valves. CVDM allows a large bore, low ?P check valve to be integrated into your circuit, eliminating an external threaded connection.
CVDM6515FLU1131
DMIC CVDM is the ideal companion to our BVSS and BVFF Ball Valves. CVDM allows a large bore, low ?P check valve to be integrated into your circuit, eliminating an external threaded connection.
CVDM6515FLU2211
DMIC CVDM is the ideal companion to our BVSS and BVFF Ball Valves. CVDM allows a large bore, low ?P check valve to be integrated into your circuit, eliminating an external threaded connection.
CVDM6515FLU4111
DMIC CVDM is the ideal companion to our BVSS and BVFF Ball Valves. CVDM allows a large bore, low ?P check valve to be integrated into your circuit, eliminating an external threaded connection.
CVH651500S22
Flow restricting check valves permit flow in one direction once the line pressure exceeds the cracking pressure of the poppet spring. Reverse flow is blocked, however an optional poppet orifice can permit some backflow.
CVH651500B
Flow restricting check valves permit flow in one direction once the line pressure exceeds the cracking pressure of the poppet spring. Reverse flow is blocked, however an optional poppet orifice can permit some backflow.
CVH651500N
Flow restricting check valves permit flow in one direction once the line pressure exceeds the cracking pressure of the poppet spring. Reverse flow is blocked, however an optional poppet orifice can permit some backflow.
CVH651500N22
Flow restricting check valves permit flow in one direction once the line pressure exceeds the cracking pressure of the poppet spring. Reverse flow is blocked, however an optional poppet orifice can permit some backflow.