Particle size control: By adjusting process parameters, the size distribution of nanoparticles can be precisely controlled to meet different application requirements.

Material diversity: supports the preparation of nanoparticles from various materials, expanding the scope of applications.

High purity preparation: Some equipment directly generates nanoparticles in the gas phase to avoid contamination by surfactants or precursors and ensure product purity.

Modular design: It can be used independently as a nano aerosol source or combined with deposition modules to achieve customized preparation of nanomaterials.

Nano particle generatorApplication scenarios:

Materials Science:

Preparation of nano catalysts, nano coatings, nano composite materials, etc. to enhance material performance.

Study the growth mechanism and regulation methods of nanoparticles to promote the development of new materials.

biomedical science:

Generate nano drug carriers to achieve targeted delivery and sustained release of drugs.

Preparation of nano biosensors for early diagnosis and monitoring of diseases.

Environmental Engineering:

Prepare nano adsorbents to efficiently remove pollutants from water or air.

Utilizing the photocatalytic properties of nanoparticles to degrade organic pollutants or sterilize and disinfect.

Energy sector:

Prepare nano electrode materials to enhance the energy density and cycling stability of batteries or supercapacitors.

Generate nanocatalysts to optimize the performance of fuel cells or solar cells.