The ultrasonic jacketed glass reactor is a laboratory/industrial reaction equipment that integrates ultrasonic treatment and temperature control functions, suitable for efficient mixing, dispersion, catalysis, and cell lysis processes.
The ultrasonic jacketed glass reactor combines two core technologies: ultrasonic energy and jacketed temperature control system. The jacket layer can be used to introduce heating or cooling media (such as water, oil) to achieve precise temperature control of the reaction system; Internal or external ultrasonic devices enhance mass transfer, accelerate reaction rates, or promote particle refinement through cavitation effects. These devices are widely used in fields such as material synthesis, biomedicine, chemical catalysis, and environmental science. Chemical catalytic reactions
Function and Technical Features of ultrasonic jacketed glass reactor
Ultrasonic assisted reaction of ultrasonic jacketed glass reactor: Utilizing high-frequency ultrasound (commonly 20 kHz) to enhance the interaction between substances and improve reaction efficiency, such as significantly improving mechanical strength and hydration heat response in cement slag composite systems.
Accurate temperature control of ultrasonic jacketed glass reactor: The jacket in the double-layer glass structure can be connected to a circulating bath, supporting heating or cooling operations to ensure stable reaction at the set temperature.
Material safety and durability: Corrosion resistant GG-17 borosilicate glass 3.3 is usually used, which has good chemical stability and thermal shock resistance.
Modular design: Some models support multifunctional integration such as vacuum, stirring, reflux, etc., suitable for complex experimental processes

100l double layer pyrex glass chemical reactor with ultrasonic sytsem