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    High Pressure Microfluidization Homogenizer

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    High Pressure Microfluidization Homogenizer is a precision device that utilizes high-pressure technology to achieve homogenization, refinement, and disruption of materials. It is widely used in numerous fields such as food, pharmaceuticals, cosmetics, chemicals, and biotechnology. Its core working principle involves pressurizing the material to ultra-high pressure via a high-pressure pump, then forcing it to pass at high speed through an extremely fine homogenization valve gap. During this process, intense shear forces, impact forces, and cavitation effects are generated, which break down particles or cells in the material to the micrometer or nanometer level, achieving uniform mixing. It serves as a critical unit for achieving high-shear homogenization and particle size reduction in production processes, including those in the cosmetics, daily chemical, and food additive industries.

    Specifications

    Basic parameter
    Technical Parameters
    Max Working Pressure 45000 PSI
    Min Batch Processing Volume 10 ml
    Max Production Capacity 4-6 L/h
    Power & Voltage 1.5 KW & 220V
    Homogenization Chamber Type EC Type
    Nozzle Size (4 optional specifications) ID=0.127 /0.178 /0.203 /0.254 mm
    Homogenization Chamber Size (4 optional specifications) ID=0.5 /1.0 /1.5 /1.75 mm
    Dimensions 830x550x650 (LxWxH)
    Weight 80 KG

     

    Product Highlights

    • Feature

      • Ultra-High Homogenization Pressure, Max Pressure: 45,000 PSI
      • Minimum Processing Sample Volume: 10ml
      • EC Type Homogenization Chamber
      • PLC Automated Control
      特点
    • Advantage

      • Particles can be broken down to the 40nm level.
      • Requires only 10ml of raw material sample to complete an experiment.
      • Homogenization channel is less prone to clogging, offers more setting and adjustment parameters.
      • Automatically completes experimental operation upon input of device running parameters.
      优势
    • Benefit

      • Enables obtaining finer particles.
      • Lower experimental cost.
      • Lower experimental cost.
      • Simple operation.
      收益

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