Lab Small Blade Vacuum Mixer Mixing Machine for Lithium-ion Batteries

Description:

Vacuum mixer as a set of dispersion, emulsification, mixing as one of the multi-functional and efficient mixing equipment, can precisely control the preparation process of positive and negative slurry. In the electrode manufacturing of lithium-ion batteries, the vacuum mixer realizes the full mixing and uniform dispersion of the binder, conductive agent and positive electrode material (or negative electrode materials such as graphite carbon powder) in the slurry through its unique mixing structure and high mixing efficiency.

Basic Parameters:

Features:

1) 5 liter 304 stainless steel container with double layer water cooling jacket.

2) Advanced T type sealing to keep vacuum pressure up to 12 hours.

3) Double step rotary vane vacuum pump, is included for immediate operation

4) Container is opened or closed by electric motor ( no air pump is required any more)

The role of vacuum mixer

(一) improve the quality of battery slurry

(二)Guarantee material properties

(三)Improve production efficiency

(四)Adaptability and scalability

About the combination of mixing blades

The mixing blade of the vacuum mixing machine is composed of a vacuum tank lid and sealing O-ring, metal filter, and mixing blade.

• Q: How does a vacuum mixer work?

  A vacuum mixer mixes ingredients in an environment devoid of air to avoid incorporation of bubbles into the mix which can lead to foaming, formation of air pockets in the final product, fouling in heat exchangers, and cavitation.

• Q: What are the advantages of a vacuum mixing machine?

  Vacuum mixer machines use various mixing elements, such as paddles, impellers, and propellers, to create movement and agitation within the mixture. 

  Versatility: Handles various materials and applications, from simple blending tasks to more complex dispersion and emulsification processes.

  
  

• Q:What is vacuum mixing?

  Vacuum mixing refers to the mixing operation in a vacuum environment below atmospheric pressure, effectively reducing air mixing, thereby improving the mixing quality.

• Q:What are the benefits of vacuum mixing?

      Vacuum mixing technology offers many advantages: eliminating product voids, significantly improving dispersion quality, effective degassing, while accelerating the drying process at lower temperatures            and facilitating subsurface addition of raw materials. These benefits can be further optimized by fine-tuning vacuum mixing technology.