The ultrasonic homogenizer realizes the emulsification of oil and water, the emulsification of water and oil, and the homogenization of the mixing of dispersed phase and continuous phase through its "cavitation effect". This is an advanced sonochemical method that can replace traditional emulsification Processes such as propellers and colloid mills etc.
The ultrasonic homogenizer realizes the emulsification of oil and water, the emulsification of water and oil, and the homogenization of the mixing of dispersed phase and continuous phase through its "cavitation effect". This is an advanced sonochemical method that can replace traditional emulsification Processes such as propellers and colloid mills etc.
The ultrasonic homogenizer realizes the emulsification of oil and water, the emulsification of water and oil, and the homogenization of the mixing of dispersed phase and continuous phase through its "cavitation effect". This is an advanced sonochemical method that can replace traditional emulsification Processes such as propellers and colloid mills etc.
The ultrasonic homogenizer realizes the emulsification of oil and water, the emulsification of water and oil, and the homogenization of the mixing of dispersed phase and continuous phase through its "cavitation effect". This is an advanced sonochemical method that can replace traditional emulsification Processes such as propellers and colloid mills etc.
The ultrasonic homogenizer realizes the emulsification of oil and water, the emulsification of water and oil, and the homogenization of the mixing of dispersed phase and continuous phase through its "cavitation effect". This is an advanced sonochemical method that can replace traditional emulsification Processes such as propellers and colloid mills etc.
The ultrasonic homogenizer realizes the emulsification of oil and water, the emulsification of water and oil, and the homogenization of the mixing of dispersed phase and continuous phase through its "cavitation effect". This is an advanced sonochemical method that can replace traditional emulsification Processes such as propellers and colloid mills etc.
The ultrasonic homogenizer realizes the emulsification of oil and water, the emulsification of water and oil, and the homogenization of the mixing of dispersed phase and continuous phase through its "cavitation effect". This is an advanced sonochemical method that can replace traditional emulsification Processes such as propellers and colloid mills etc.
The ultrasonic homogenizer realizes the emulsification of oil and water, the emulsification of water and oil, and the homogenization of the mixing of dispersed phase and continuous phase through its "cavitation effect". This is an advanced sonochemical method that can replace traditional emulsification Processes such as propellers and colloid mills etc.
The ultrasonic disperser uses physical technology to produce a series of conditions close to the chemical reaction medium. This kind of energy can not only stimulate or promote many chemical reactions and accelerate the speed of chemical reactions, but it can also change the direction of chemical reactions and produce some effects.
The ultrasonic disperser uses physical technology to produce a series of conditions close to the chemical reaction medium. This kind of energy can not only stimulate or promote many chemical reactions and accelerate the speed of chemical reactions, but it can also change the direction of chemical reactions and produce some effects.
Ultrasonic processor is also known as integrated ultrasonic homogenizer, ultrasonic cell pulverizer, extractor, disperser, homogenizer and emulsifier; It is one of the common equipment for sample pretreatment in the laboratory
Ultrasonic processor is also known as integrated ultrasonic homogenizer, ultrasonic cell pulverizer, extractor, disperser, homogenizer and emulsifier; It is one of the common equipment for sample pretreatment in the laboratory