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BV3V1000SC2211
The DMIC BV3V is a 3-way, “inverse T-Bore” diverter derived from the DMIC BV3D. DMIC’s newest high-end CNC equipment and advancements in manufacturing tolerance control allow the BV3V to satisfy many normal 2-way with 3 way divert option.
BV3V1000SC2211AZZO
The DMIC BV3V is a 3-way, “inverse T-Bore” diverter derived from the DMIC BV3D. DMIC’s newest high-end CNC equipment and advancements in manufacturing tolerance control allow the BV3V to satisfy many normal 2-way with 3 way divert option.
CVH1001000S22
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.
CVH101000S22
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.
CVH151000S22
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.
CVH651000S22
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.
BV3V1000SC2211QZZN
The DMIC BV3V is a 3-way, “inverse T-Bore” diverter derived from the DMIC BV3D. DMIC’s newest high-end CNC equipment and advancements in manufacturing tolerance control allow the BV3V to satisfy many normal 2-way with 3 way divert option.
BV3V1000SC2211ZAZZ
The DMIC BV3V is a 3-way, “inverse T-Bore” diverter derived from the DMIC BV3D. DMIC’s newest high-end CNC equipment and advancements in manufacturing tolerance control allow the BV3V to satisfy many normal 2-way with 3 way divert option.
CVH001000S22
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.