High pressure micro jet nano homogenizer for fat emulsion

Technical parameters 　　
1Handling pressure can reach up to 30，000psi　
2The traffic can reach240 liters/hour　
3The feed temperature can reach75℃　
4Power requirements: three-phase power supply,380V，15-50Horsepower
5Compressed air requirement: pressure of50-150psi, in50psiThe flow rate under pressure is1　SCFMThe dew point temperature is0　35℉　
6Hydraulic oil and cooling water for product heat exchangers are required
7Machine size:74cm＊180cm＊145cm　
8Weight:675-900Kg

　 　
Main Features
1By using a highly wear-resistant interactive cavity with a fixed geometric shape, uniform ultrafine particles or droplets can be obtained after processing, usually in100Below nanometers.
2Continuous or batch production mode,700The pressure and flow range selected for the processing of the series of equipment are very wide, and experimental results have shown that the pressure can reach both pilot and production levels40，000psi　
3The experimental results can be directly linearly scaled up to pilot and factory production.
4.M-7250There are two pressure pumps in the standard configuration of the equipment that can obtain a larger flow rate.
5Online cleaning and sterilization. No need to disassemble.
6The equipment structure is entirely made of stainless steel material.

Instrument Introduction
　　M-700 seriesHigh pressure micro jet nano homogenizerThe equipment is a hydraulic type suitable for industrial production. The device application has an interactive cavity with a fixed shape, which is connectedOverpressurization pumps can generate high pressures up to 30000 psi, efficiently emulsifying, dispersing, and homogenizing materials, and are widely used in industries such as biomedicine and chemical engineering.
　　

Microfluidizer series produced by MFIC Corporation in the United StatesHigh pressure micro jet nano homogenizer(Micro jet high-pressure homogenizer)It has been used in R&D and production by a large number of companies, and is suitable for nano dispersion and homogenization of microemulsions, nano emulsions, nano liposomes, albumin nanoparticles, nano dispersions, inhalants, nano suspensions, microcapsules, cell wall breaking and other biomedical industries, as well as chemical, cosmetics, food and other industries such as essence, pigments, microcrystalline cellulose, microbial microcapsules and so on.
　　

Especially in the areas of nanoliposomes, nanoalbumin, nanoemulsions, nanodispersions, and microemulsions, MFIC technology can provide stable and reliable methods for mass production.