500 ml mélangeur à vide planétaire à échelle de laboratoire à double arbre compact pour la préparation d'électrodes de batterie

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March 16, 2024
Category Connection: Machine à mélanger à batterie
Brief: Discover the 500ml Compact Dual-Shaft Lab Scale Planetary Vacuum Mixer, designed for efficient battery electrode preparation. This high-performance mixer ensures bubble-free slurry mixing in a vacuum environment, enhancing material fillibility and compactness. Ideal for lab research and powdered material mixing.
Related Product Features:
  • Vacuum environment eliminates bubbles effectively with a built-in vacuum system.
  • Dual-shaft planetary stirring structure with customizable mixing shafts for different tank sizes.
  • Reverse and corotation mixing function ensures high-speed, uniform mixing of high-viscosity slurries.
  • Multi-speed operation with customizable speed and time settings for precise control.
  • Safety-focused bracket design ensures secure and easy operation during vacuum mixing.
  • Compact size saves valuable lab space without compromising performance.
  • Sleek, geometric design with an aesthetically pleasing and modern appearance.
  • Built-in vacuum pump with a vacuum value of -0.08Mpa for optimal mixing conditions.
FAQ:
  • What is the primary use of the 500ml Compact Dual-Shaft Planetary Vacuum Mixer?
    It is primarily used for battery lab research, specifically for mixing anode and cathode electrode slurries, as well as powdered and ceramic materials.
  • How does the vacuum environment benefit the mixing process?
    The vacuum environment eliminates bubbles during mixing, improving material fillibility and the compactness of the final product.
  • What are the speed and time settings available for this mixer?
    The mixer offers multi-speed operation with a maximum speed of 1400 rpm and a stirring time that can be set from 0 to 600 minutes.
  • Is the mixer suitable for high-viscosity materials?
    Yes, the reverse and corotation mixing function is designed to handle high-viscosity slurries, ensuring uniform mixing.