Vacuum Homogenization Emulsifying Equipment

Usage
The EV, CM series emulsifying kettles are vacuum emulsifying units, featuring innovative design, excellent emulsification performance, low energy consumption, and both interior and exterior polishing for an aesthetically pleasing and practical appearance.
EV Features
The emulsification process in the emulsifying pot is carried out under full-sealed conditions. The material inside the pot is sheared and mixed for emulsification through high-speed internal circulation by the homogenizer at the bottom. As the scraper stirrer operates, it generates centrifugal force, causing the Teflon scraper to adhere closely to the pot wall, effectively solving the issue of material sticking to the pot wall. This prevents dust and microbial contamination. The emulsified product is bright and smooth with particle diameters as small as 3~5μm.
CM Model Features
This model of emulsifying kettle is designed rationally and features advanced technology, resulting in uniformly fine and bright emulsified materials after homogenization. The homogenization system employs a push-screw worm gear shear structure, where materials are conveyed to the homogenizer by the impeller. They undergo homogenization through the dynamic worm gear teeth and two fixed sprockets. As the impeller rotates at high speed, it generates suction that pushes and shears the materials to achieve homogenization. During operation, the homogenizer can switch between internal and external circulation based on the material's viscosity by closing the valve between the kettle and the homogenizer pipeline, allowing for equal emulsification opportunities. Additionally, the homogenizer can also serve as a discharge pump and a cleaning pump. The scraper stirrer, under the effect of centrifugal force, adheres closely to the kettle wall during operation, solving the issue of material sticking and leaving no dead corners. The variable frequency speed control device allows for stepless speed adjustment. The kettle-top mounted observation mirror is equipped with an enclosed lighting fixture, enabling operators to monitor the emulsification process at any time. The entire equipment's heating and cooling are completed within the same jacket, which is externally insulated with an aluminum silicate layer. The jacket is further adorned with a polished stainless steel decorative panel, which not only saves heating and cooling time but also prevents operators from getting burned.





















