Carbon Nanotubes （CNTs）Ultrasonic Spray Coating Equipment

Carbon nanotube ultrasonic spraying is an superior materials processing technological know-how that makes use of the electricity of ultrasound to uniformly spray carbon nanotubes onto the floor of the substrate. Carbon nanotubes (CNTs) are a traditional one-dimensional nanomaterial with excessive unique strength, robust flexibility, properly conductivity, gorgeous hydrogen storage performance, most appropriate lithium insertion properties, chemical stability, and different overall performanceadvantages. Ultrasonic spraying of carbon nanotubes can improve material uniformity, efficiency, and controllability, and is suitable for various substrate materials.

1. Ultrasonic frequency: Ultrasonic waves with different frequencies will affect the atomization effect of spray and the dispersion state of particles. Usually, higher frequencies can provide better atomization effects.

2. Properties of spraying liquid: Physical properties such as viscosity, floor anxiety and density of liquid will have an effect on the formation of spray and the uniformity of spraying.

3. Spray parameters: Spray speed, spray distance, and spray perspective all have an effect on the uniformity and thickness of the coating.

4. Characteristics of carbon nanotubes: The diameter, length, and floor change of carbon nanotubes can have an effect on their dispersibility and adhesion to the substrate.

5. Surface traits of the substrate: The roughness, floor energy, and chemical houses of the substrate can have an effect on the adhesion and dispersion of carbon nanotubes.