The material is sucked in and pressurized by a plunger pump, and under the action of the plunger, it enters a valve group with adjustable pressure. After passing through a specific width of flow limiting gap (working area), the material that immediately loses pressure is sprayed out at a very high flow rate (1000 to 1500 meters/second), colliding with one of the valve components on the collision ring, resulting in three effects: impact effect, shear effect, and cavitation effect, which homogenize, disperse, emulsify, and nano particles of the material.It is widely used in dairy , drinks, food, chemicals, cosmetics, pharmaceutical, coatings, nano cellulose, etc.Provide customization.

The material is sucked in and pressurized by a plunger pump, and under the action of the plunger, it enters a valve group with adjustable pressure. After passing through a specific width of flow limiting gap (working area), the material that immediately loses pressure is sprayed out at a very high flow rate (1000 to 1500 meters/second), colliding with one of the valve components on the collision ring, resulting in three effects: impact effect, shear effect, and cavitation effect, which homogenize, disperse, emulsify, and nano particles of the material.It is widely used in dairy , drinks, food, chemicals, cosmetics, pharmaceutical, coatings, nano cellulose, etc.Provide customization.

The material is sucked in and pressurized by a plunger pump, and under the action of the plunger, it enters a valve group with adjustable pressure. After passing through a specific width of flow limiting gap (working area), the material that immediately loses pressure is sprayed out at a very high flow rate (1000 to 1500 meters/second), colliding with one of the valve components on the collision ring, resulting in three effects: impact effect, shear effect, and cavitation effect, which homogenize, disperse, emulsify, and nano particles of the material.It is widely used in dairy , drinks, food, chemicals, cosmetics, pharmaceutical, coatings, nano cellulose, etc.Provide customization.

The material is sucked in and pressurized by a plunger pump, and under the action of the plunger, it enters a valve group with adjustable pressure. After passing through a specific width of flow limiting gap (working area), the material that immediately loses pressure is sprayed out at a very high flow rate (1000 to 1500 meters/second), colliding with one of the valve components on the collision ring, resulting in three effects: impact effect, shear effect, and cavitation effect, which homogenize, disperse, emulsify, and nano particles of the material.Desktop design, suitable for use in research and development, universities, and other laboratories.