This paper describes a mixing device for mixing gel, including a mixer body. The inside of the mixer body is a closed chamber, and the bottom of the mixing chamber is equipped with a mixing bracket. The bottom of the mixer is connected with a motor through a transmission structure. This mixer, with PLC program parameters, can adjust the speed, time, vacuum degree, and the ratio of revolution to rotation of the mixing bracket. Therefore, the gradual mixing and defoaming of gel can be achieved under different formulations. Compared with traditional technology, it has low energy consumption and high mixing efficiency.

Lithium battery slurry refers to a high viscosity slurry material that is prepared on site by mixing positive and negative electrode materials, conductive agents, binders, additives, etc. in a certain proportion, and adding an appropriate amount of solvents, dispersants, surfactants, etc. The quality of the slurry directly affects the performance of the battery, and with the continuous improvement of battery technology, the requirements for the slurry are also increasing. Therefore, the preparation process of lithium battery slurry is becoming increasingly important. The Smida planetary centrifugal mixer plays a crucial role in the stirring and mixing of lithium battery slurry.

This is a product introduction and configuration description about the Smida planetary centrifugal mixer. You can learn about some important technical parameters of TMV-2000TT and how to choose some configurations for the mixer. Smida has a complete range of mixer models, and you can provide your material mixing needs. Smida will choose the most suitable model for you.

The mixing of A glue and B glue is an important step in producing epoxy AB glue, which is mixed according to a certain proportion and parameters. The mixed adhesive should be used as soon as possible and the bonding operation should be completed within the specified working time. The correct mixing method can ensure the quality and bonding effect of the adhesive.