Faucet Rubber Ring

Sealing principle

The sealing principle of the faucet rubber ring mainly utilizes its soft texture and elastic sealing performance. The faucet rubber ring installed around the faucet valve core can fit tightly at the faucet outlet, thereby effectively preventing water flow from leaking from the faucet outlet. When water pressure acts on the valve core, the rubber ring can deform to adapt to changes in the surface of the valve core. At the same time, its elasticity and sealing properties are used to block the water outlet to ensure the water-sealing effect.

Design Structure

1. Rubber ring main body: This is the main part of the faucet rubber ring. It is usually made of rubber or polymer materials and has certain elasticity and sealing properties.

2. Inner ring: There is usually an inner ring inside the rubber ring, and its inner wall is in close contact with the surface of the faucet's valve core to enhance the sealing effect.

3. Anti-seepage layer: There is usually an anti-seepage layer in the center of the inner wall of the inner ring or on the upper and lower sides, which can effectively prevent moisture penetration and protect the rubber ring from corrosion.

4. Bumps and anti-slip grooves: There are usually some bumps or anti-slip grooves at the top and bottom of the rubber ring. They can cooperate with the grooves at the water pipe interface to increase the tightness of the connection between the rubber ring and the water pipe.

This design structure can effectively improve the sealing performance of the faucet, prevent water leakage, and extend the service life of the faucet.