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HT 1200℃ ultrasonic spray phrolysis furnace for Synthesis Nanoparticles
  • HT 1200℃ ultrasonic spray phrolysis furnace for Synthesis Nanoparticles
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HT 1200℃ ultrasonic spray phrolysis furnace for Synthesis Nanoparticles

An ultrasonic spray pyrolysis furnace is a specialized equipment for material synthesis, integrating ultrasonic atomization and high-temperature pyrolysis technologies.

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  • Product Details
  • An ultrasonic spray pyrolysis furnace is a specialized equipment for material synthesis, integrating ultrasonic atomization and high-temperature pyrolysis technologies.

    Core Working Principle

    It uses ultrasonic waves to atomize liquid precursors (e.g., metal salt solutions) into fine droplets.

    The droplets are transported into a high-temperature furnace chamber, where rapid pyrolysis reactions occur to form solid particles or thin films.

    Key Features & Applications

    Produces uniform, high-purity materials with controllable particle sizes (nanoscale to microscale).

    Widely used in fields like semiconductor materials, ceramic powders, catalysts, and functional thin films.

    Offers continuous operation, high efficiency, and flexibility for adjusting process parameters.



    For further details or technical documents, please feel free to contact us.

    An ultrasonic spray pyrolysis furnace is a specialized equipment for material synthesis, integrating ultrasonic atomization and high-temperature pyrolysis technologies.

    Core Working Principle

    It uses ultrasonic waves to atomize liquid precursors (e.g., metal salt solutions) into fine droplets.

    The droplets are transported into a high-temperature furnace chamber, where rapid pyrolysis reactions occur to form solid particles or thin films.

    Key Features & Applications

    Produces uniform, high-purity materials with controllable particle sizes (nanoscale to microscale).

    Widely used in fields like semiconductor materials, ceramic powders, catalysts, and functional thin films.

    Offers continuous operation, high efficiency, and flexibility for adjusting process parameters.



    For further details or technical documents, please feel free to contact us.