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Application of Ultrasonic Technology in Food Emulsification
conventional shearing struggles to further reduce droplet size, resulting in large particle sizes and a system prone to phase separation and oil surfacing. Standard emulsification processes require high pressures or prolonged high-speed agitation, generating significant heat that degrades heat-se...Read more -
How do you maintain an ultrasonic homogenizer?
Daily maintenance: First, turn off the ultrasonic generator and disconnect the power supply. Remove the ultrasonic probe and rinse the probe tip and horn with a suitable solvent to remove sample residue; do not use hard tools to scrape the probe surface, as this may damage the wear-resistant coat...Read more -
Large-Scale Ultrasonic Dispersion for Advanced Materials: JH’s Industrial Systems for Graphene, CNT and Nanoceramic Production
Manufacturing high-performance advanced nanomaterials such as pristine few-layer graphene, carbon nanotubes (CNTs), and structural nanoceramics presents severe colloidal engineering and scale-up bottlenecks. Because these nano-scale materials possess immense specific surface areas and extreme int...Read more -
Industrial Scale Ultrasonic Homogenizer: JH’s Large-Format Systems for High-Volume Coating, Ink and Battery Slurry Production
Scaling high-power sonochemical liquid processing from laboratory beakers to continuous multi-ton industrial production lines presents formidable fluid dynamic and acoustic engineering challenges. When processing high-throughput fluid streams of advanced ceramic coatings, pigment inks, and batter...Read more -
How to Choose the Right Ultrasonic Homogenizer for Your Lab or Production Line — Power, Frequency and Volume Guide
Selecting the ideal ultrasonic sonochemical processing system requires a rigorous engineering evaluation of acoustic energy density, fluid rheology, batch kinetics, and continuous flow hydrodynamics. Mismatches between generator power ratings, ultrasonic homogenizer operating frequencies, and sam...Read more -
How does an ultrasonic disperser break up material particles?
In laboratories or industrial workshops, a common and frustrating problem arises when powder poured into a liquid forms stubborn clumps; no matter how fast the stirrer spins, the interiors of these clumps remain dry. Hangzhou Precision Machinery Co.,Ltd. (JH) provides the ultrasonic disperser—a d...Read more -
Top 10 Applications of Ultrasonic Liquid Processing in New Energy Materials and Lithium Battery Manufacturing
Accelerating global demand for high-energy-density batteries and renewable power infrastructure has intensified the engineering challenges of advanced nanomaterial synthesis and slurry formulation. Sub-micron conductive agents, active crystal cathode materials, ceramic separator coatings, and pho...Read more -
Ultrasonic Emulsification vs Mechanical Emulsification: Which Technology Delivers Better Stability and Droplet Size?
Formulating thermodynamically robust sub-micron emulsions represents a fundamental chemical engineering challenge across pharmaceutical, cosmetic, food, and agrochemical manufacturing. Traditional mechanical emulsification systems such as rotor-stator high shear mixers and colloid mills rely on m...Read more -
What is the working principle of ultrasonic extraction equipment?
Ultrasonic extraction primarily utilizes the cavitation effect of ultrasound to release target substances from a solid matrix into a solvent, supplemented by mechanical vibration and thermal effects.It is an effective method for rapid extraction. Hangzhou Precision Machinery Co.,ltd.-JH provide t...Read more -
From Lab R&D to Industrial Production: How JH’s Ultrasonic Liquid Processing Systems Scale Across 30+ Models
Scaling liquid formulations from beaker-scale sonication to high-throughput commercial production requires precise acoustic engineering. By resolving critical discrepancies in volumetric acoustic power density, cavitation residence time, and fluid temperature, engineered ultrasonic circulation sy...Read more -
Ultrasonic Mixer for Lithium Battery Slurry: JH’s Homogeneous Dispersion Technology for Cathode and Anode Materials
Manufacturing high-energy-density lithium-ion batteries requires flawless homogeneity in cathode and anode electrode slurries. When blending active materials like lithium iron phosphate or high-nickel ternary compounds with conductive carbon black, carbon nanotubes, and polymeric binders, convent...Read more -
Ultrasonic Sprayer and Coater: JH’s Precision Ultrasonic Coating Systems for Thin Film and Solar Cell Manufacturing
Depositing highly uniform functional thin films on advanced substrates represents a fundamental engineering requirement in photovoltaic solar cell and semiconductor manufacturing. Traditional pneumatic spray nozzles and hydraulic atomizers rely on high-pressure air streams that generate turbulent...Read more