CATEGORIES

    Blender Emulsifier

    Overview Knowledge Standards Terms
    The mixer blends materials by generating shear force through rotating blades, while the emulsifier uses a high-speed rotor and stator to create vortices, breaking liquids into micron-sized particles. Both are used in the coatings and ink industries for raw material mixing and emulsion preparation, achieving uniform dispersion and stability.
    Selection
    Select the mixer type based on material viscosity: use anchor-type for high viscosity and paddle-type for low viscosity. Choose the working head structure of the emulsifier according to particle size requirements; use a split-type rotor-stator for fine emulsification. Consider matching the processing capacity with the motor power, use explosion-proof motors in hazardous locations, and select stainless steel materials for corrosive media.
    Material
    Mixing Effect
    Lifting method
    Capacity
    Viscosity
    Speed range
    Temperature
    Timing function
    Explosion-proof
    Automation

    Terms

    Laboratory Pipeline Emulsifier
    Pilot-scale mixer
    In-line dispersion emulsifier
    Laboratory Stirring Emulsifier
    Heating timed stirrer
    Variable Frequency Stirrer
    Vacuum Shear Emulsifier
    Laboratory Dual Planetary Mixer
    Grinding dispersing mixer
    Dispersion Homogenization Emulsifier

    Standards

    Active GB/T 21868.3-2008
    Pigments and extenders - Methods of dispersion for assessment of dispersion characteristics - Part 3: Dispersion using a high-speed impeller mill

    Articles

    Lab Mixer Selection - Viscosity Determines Torque
    This article mainly discusses how to select a laboratory mixer based on the viscosity of the material. The higher the viscosity, the greater the torque required. Low-viscosity liquids are suitable for high speed and low torque, while high-viscosity materials require low speed and high torque.