Zirconia ceramic dispensing valve

Introduction to zirconia ceramic dispensing valve

The zirconia ceramic dispensing valve is composed of a cylinder, a valve body and a dispensing body connected up and down. The cylinder and the valve body are separated by a diaphragm to prevent glue from invading the air cavity. The valve in the dispensing body is fixed on the piston rod, and the valve body is fixed on the piston rod. The switch can turn on and off the glue. Ceramic dispensing valves are widely used in dispensing machines due to their superior performance.

1. Reduce the possibility of glue leakage and ensure the smoothest liquid flow

The equipment generates the least back pressure when in use, and the ceramic dispensing valve controls the pressure to ensure stable glue dispensing. The ceramic dispensing valve is resistant to high temperatures and corrosion, and will not block the flow of glue liquid. The ceramic dispensing valve can perfectly Solve the problem of glue leakage from the glue valve.

2. Zirconia ceramic dispensing valve can solve the problem of too slow flow rate

The flow rate of the dispensing valve is too slow because of the material of the metal dispensing valve itself. If the metal temperature is too high and the liquid is left out for too long, it will condense, causing blockage, and the flow rate will slow down accordingly, resulting in inconsistent glue sizes. Ceramic dispensing valves made of zirconia ceramics can perfectly solve this problem. Zirconia ceramics themselves are wear-resistant and high-temperature resistant, and can still ensure normal flow of liquid even at thousands of high temperatures.

3. Zirconia ceramics can ensure that the liquid does not dry up in the valve

The main reason why the liquid does not dry up in the zirconia ceramic valve is due to excessive moisture or reused instant glue. Ceramic dispensing valves will not cause the valve body temperature to become cold due to the use environment, so zirconia ceramic dispensing valves can To ensure a constant temperature state, the liquid will not dry up when flowing through the valve body, ensuring normal circulation.