High-pressure fluids experience a sharp drop in pressure as they pass through a fine-pored module, forming ultrasonic flow velocities. At this point, the fluid may undergo particle impact, cavitation, and flow disruption, as well as shearing, atomization under stress, emulsification, dispersion, and liposome formation. With the use of existing intelligent mixers, ultrasonic devices, ball mills, and other technologies, electronic materials, biotechnology, pharmaceuticals, food, fibers, coatings, cosmetics, and other industries benefit from higher efficiency compared to other techniques. These applications are widespread across various fields.

High-pressure fluids rapidly pass through the narrow gaps of the dispersion unit. At this point, the abrupt drop in pressure within the fluid forms supersonic flow velocities, particle collisions, cavitation, and leakage, while shear forces act on the splitting of nanoscale fine molecules.

Microjet technology is widely used in the dispersion of PEDOT electrolytes, ceramic inks, graphene, nanosuspensions, nanocellulose, and cell wall disruption applications.

Diamond Resonator Advantages:

Diamond-coated internal layers, enhanced durability, suitable for processing harder granular samples.

Customized models such as 75um, 100um, 125um, etc., can be tailored to meet different customer applications.

Sample processing is achieved through turbulence and collision between samples, reducing the risk of contamination.

High-pressure Nanoscale Micro Jet Homogenizer Product Specifications and Parameters:

Design Pressure: 2000 bar

Flow Rate: 24-30 L/H

Motor System: Hydraulic Pump

Material Cup Capacity: 2000ml

Weight: 350 kg

Mixture Cavity Specifications: 200um Diamond Sub-cavity + 75um Diamond Y/Z Main Cavity