NH-500 Ultra-High-Pressure Nano-Spray HomogenizerOperating Principle:
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 within may undergo particle impacts, cavitation, and flow disruption, as well as shearing, atomization under stress, emulsification, dispersion, and liposome phenomena. Using existing intelligent mixers, ultrasonic devices, ball mills, and other technologies with higher efficiency compared to other methods, electronic materials, life engineering, pharmaceuticals, food, fibers, coatings, cosmetics, and other industries can benefit. These applications extend to a wide range of fields.
High-pressure fluids rapidly pass through the narrow gaps in the dispersal unit. At this point, the sharp drop in pressure within the fluid creates supersonic flow velocities. Particle collisions, cavitation, and leakage occur within the fluid, while shear forces act on the split nanoscale molecules, maintaining the components of the fluid in a homogeneous state.
Micro-jet technology is widely used in the dispersion of PEDOT electrolytes, ceramic inks, graphene, nanosuspensions, nanocellulose, and cell wall disruption.
NH-500 Ultra-High-Pressure Nanoscale Microjet HomogenizerAdvantages of Diamond Cavity:
Diamond integrated layer, enhanced wear resistance, suitable for processing harder particles.
Custom models are available for various customer applications, including 75um, 100um, 125um, and so on.
Utilizing turbulence and collisions between samples for processing, reducing the risk of sample contamination.
Pressure-resistant up to 30,000 psi, exceeding all current sample processing equipment, enabling greater shear force, cavitation, and turbulence effects.
High-voltage Nanoflux Homogenizer Product Specifications and Parameters:
Design Pressure: 2070 bar (30,000 psi)
Flow Rate: 500 ml/min
Motor System: Hydraulic Pump
Material cup capacity: 2000ml
Weight: 300 kg
Solvent Cavity Specifications: 75um/100um (Z/Y, type)
