Successful dispersion requires targeted force to break apart agglomerated particles. High-pressure dispersers are particularly effective for instantaneous dispersion: within the dispersion chamber, energy is converted under pressure into linear velocities of up to 150-300 m/s. Due to the nozzle structure formed by the dispersion mechanism and the infinitely adjustable flow characteristics, the system can be easily adapted to different conditions or concepts.

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A high-pressure disperser consists of a positive displacement, reciprocating plunger-type high-pressure pump and a specially designed high-pressure grinding valve. The high-pressure pump is driven by a three-phase motor, which powers the belt and gearbox, causing the crankshaft connected to the gearbox to perform low-speed circular motion. Through the crankcase, the circular motion of the crankshaft is converted into the reciprocating motion of the plunger. Working in conjunction with two sets of check valves, it applies pressure to the fluid fed into the high-pressure disperser. This creates a significant pressure drop within the dispersing and grinding valve, where the fluid passes through a set of adjustable slit-type high-pressure grinding valves, micronizing non-uniform product particle sizes to achieve the desired effect required before the nano-grinding process. In production, it is used for coarse grinding at the front end of a horizontal sand mill and for homogenization at the back end of a disperser, significantly improving performance compared to colloid mills and homogenizers.

High-pressure dispersers can handle various fluids: regardless of the viscosity level or the presence of particles; they can operate in corrosive environments and are also suitable for sanitary or aseptic products. The entire machine is designed with stainless steel covering, meeting the standard.

All core components of the high-pressure disperser are fully imported from Italy, with quality control throughout the entire process. To ensure product customization and full traceability of components, the production modelThe high-pressure disperser is manufactured using ** materials and ** components, ensuring stable and continuous operation under high pressure in large-scale industrial environments.

Application Areas

High-pressure dispersers are widely used in industries such as life sciences, pharmaceuticals, pigments/dyes, pigment production, paints, wood coatings/varnishes, marine coatings, dispersion coatings, architectural coatings, road marking paints, topcoats, fillers, varnishes, coil coatings, cathodic electrodeposition coatings, automotive coatings, food, dairy, biology, cosmetics, and chemicals.