Ultrasonic Atomizer UAM8000 For Carbon Nanotube Slurry Coating

The UAM8000 ultrasonic atomizer is specialized for precise coating of carbon nanotube (CNT) slurries on various substrates, including flexible electronics and sensor electrodes. Its low-frequency soft atomization protects the delicate CNT microstructure, preventing damage and agglomeration. The system handles high-viscosity slurries without dilution and ensures uniform, ultra-thin coatings with minimal waste, making it ideal for research and small-batch production.

Key Selling Points

• Non-destructive soft atomization: Low-frequency ultrasonic waves gently atomize CNT slurries without breaking the nanotube structure, preserving material properties.
• High viscosity compatibility: Handles high-viscosity CNT inks without dilution, simplifying the process and preventing clogging.
• Uniform ultra-thin coating: Achieves nanometer-to-micrometer thickness control with high uniformity, critical for electronic applications.
• High material utilization: Directional spray minimizes waste, reducing expensive CNT material consumption by up to 40%.
• Quiet and safe operation: Complies with laboratory safety standards, with low noise and no high-pressure airflow.

Technical Specifications

Models and Options

The UAM8000 is part of the UAM series, including UAM1000, UAM2000, UAM4000, UAM6000, UAM8000, UAM9000, offering different atomization capacities for various production scales.

Materials and Structure

Constructed from stainless steel and titanium alloy, the atomizer is durable and corrosion-resistant. The low-frequency design reduces shear stress on sensitive materials, and the open nozzle prevents clogging.

Applications

Designed for coating carbon nanotube slurries in electronics, including flexible devices, sensing electrodes, conductive films, and microelectronic components. Also applicable to other nanomaterials requiring gentle deposition.

Customization

Customizable spray parameters, integration with existing lab systems, and options for different nozzle sizes to suit various substrate dimensions.

Case Study

A university research laboratory in Canada used 1 unit for carbon nanotube slurry coating. Over 5 years, sample qualification rate increased by 94%, slurry loss reduced by 40%, and single-group sample preparation time shortened by 60%.

FAQ