A ceramic valve core, which includes a valve core shell installed in a tap, a rotating core is inserted into the valve core shell, and the bottom of the rotating core is clamped on the moving valve plate according to the fork, and the moving valve plate and the static valve plate meet each other. , the static valve plate is fixedly installed in the valve core shell, and the tablet candy and sealing gasket are also installed directly under the static valve plate
When the rotating core is rotated, the lower fork of the rotating core pushes the moving valve plate to rotate, so that the water outlet buried holes on the moving valve plate and the seepage buried holes on the static valve plate match each other, and finally the water is discharged from the buried holes on the rotating core. , This design scheme is widely used in the outlet of the tap.
Including the valve core shell installed in the tap, a rotating core is inserted into the valve core shell, the bottom of the rotating core is clamped on the movable valve plate according to the fork, the dynamic valve plate and the static valve plate meet each other, and the static valve plate is not fixed. It is installed in the valve core shell, and there are pressed candies and sealing gaskets directly under the static valve plate. The above-mentioned static valve plate has two relative water seepage and buried holes, and the dynamic valve plate opens with water seepage and buried holes. Corresponding to the buried hole of the water output, the above-mentioned rotating core has a buried hole with the same orientation of the management center axis between the two.
