Nano fine particle generation device "G-smasher" using droplet collision method!
G-smasher LM1000
Newly developed micro-particle technology "Droplet Collision Method"! Acceleration up to supersonic speeds (360 m/s) is possible!
The "G-smasher," a crushing device using the droplet collision method, employs a Laval nozzle to generate a supersonic air jet and is capable of supplying slurry into the nozzle. The slurry supplied into the nozzle is atomized and accelerated by the adiabatic expansion of compressed air, colliding at high speed with the impact plate. Traditionally, jet mills utilizing Laval nozzles have been widely used for dry grinding, but the particle injection speed has remained subsonic (100-200 m/s). In this method, by suppressing the generation of shock waves at the slurry supply section within the nozzle and exploring a stable supply method for the slurry, it enables the atomization of the slurry within the nozzle and acceleration up to supersonic speeds (360 m/s). 【Features】 ● Strong Crushing Power The atomized slurry collides with the impact plate at supersonic speeds, providing powerful crushing capability. It can grind down to a finer particle size than air jet mills. ● No Damage The strong shock wave is applied to the droplets in a short time, resulting in minimal damage to the particles. ● No Contamination Since no media is used and there are no high-pressure sealing parts (which wear out), the occurrence of contamination is extremely low.
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basic information
Newly Developed Micronization Technology (Droplet Collision Method) - A completely new wet dispersion and emulsification technology utilizing supersonic jet streams. - Capable of rapidly disintegrating and dispersing aggregated particles into nanoparticles (primary particles) without using any grinding media and with fluid pressure below 0.6 MPa! 【Features of the Droplet Collision Method】 ▲ The atomized slurry collides with the impact plate at supersonic speeds, providing powerful grinding capability. ▲ The slurry is accelerated by air at approximately 0.6 MPa, eliminating the need for high-pressure sealing components (wear and tear). ▲ The droplets are cooled simultaneously during acceleration, preventing heat generation during disintegration, and eliminating the need for a cooling unit.
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Applications/Examples of results
Achievements: Currently testing high-performance semiconductor materials, pharmaceutical materials, pigments, and food materials. Technical Keywords: Nanotechnology, nanoparticles, ultrafine particles, micronization technology, wet dispersion and emulsification technology, manufacturing equipment. *Patent obtained.
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~Transform your business~ The four functions of sales, technology, manufacturing, and service transform business across 14 fields. Rix is a customer-centric "manufacturer trading company" that can respond quickly and accurately to customer needs. "Manufacturer trading company" is our unique business model that integrates the four functions of sales, technology, manufacturing, and service. By merging these four functions, we provide "responses to needs that could not be met by traditional trading companies" and "solutions for addressing challenges in the global industrial sector."
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