throttling valves

Choke valve, Oleodinamica Bieffe, type VBRF100 with G 1" female thread. Used to regulate the flow in both directions. The flow setting depends on the pressure and viscosity of the oil.

Choke valve, Oleodinamica Bieffe, type VRFB120 with G 1/2" female thread. Used to regulate the flow in both directions. The flow setting depends on the pressure and viscosity of the oil.

Choke valve, Oleodinamica Bieffe, type VRFB380 with G 3/8" female thread. Used to regulate the flow in both directions. The flow setting depends on the pressure and viscosity of the oil.

Choke valve, Oleodinamica Bieffe, type VRFB140 with G 1/4" female thread. Used to regulate the flow in both directions. The flow setting depends on the pressure and viscosity of the oil.

Barrel throttling and check valve, type VURF380 with G 3/8" female thread. Used to regulate the flow in one direction. The flow setting depends on the pressure and viscosity of the oil.

Choke valve, Oleodinamica Bieffe, type VBRF140 with G 1/4" female thread. Used to regulate the flow in both directions. The flow setting depends on the pressure and viscosity of the oil.

Choke valve, Oleodinamica Bieffe, type VRFB340 with G 3/4" female thread. Used to regulate the flow in both directions. The flow setting depends on the pressure and viscosity of the oil.

Choke valve, Oleodinamica Bieffe, type VBRF340 with G ¾" female thread. Used to regulate the flow in both directions. The flow setting depends on the pressure and viscosity of the oil.

Choke valve, Oleodinamica Bieffe, type VBRF120 with G 1/2" female thread. Used to regulate the flow in both directions. The flow setting depends on the pressure and viscosity of the oil.

Barrel throttling and check valve, type VURF340 with G 3/4" female thread. Used to regulate the flow in one direction. The flow setting depends on the pressure and oil viscosity.

Barrel throttling and check valve, VURF140, 1/4"

Barrel throttling and check valve, type VURF120 with G 1/2" female thread. Used to regulate the flow in one direction. The flow setting depends on the pressure and viscosity of the oil.