Carbon Nanotubes, Nanowires, and Graphene

Uniform thin film layers of functional nanomaterials

• Ability to spray ultra-thin conductive layers with desired electrical and transparency characteristics.

• Ultrasonic vibrations of the nozzle the energy breaks apart agglomerated particles in the suspension the liquid.

• Targeted low velocity spray results in very little overspray of expensive materials.
• Programmable XYZ coating systems provide a full solution for your coating process, from R&D lab scale through production volume manufacturing.
• Fine line or wide area nanocoatings.

 

Examples of nanomaterials applications commonly sprayed:

• Depositing CNTs (carbon nanotubes), nanowires, perovskite materials, graphene, in uniform thin coatings for alternative energy, electronics, semiconductor, or medical applications.
• Spraying catalyst inks such as carbon black and platinum solutions in fuel cell manufacturing.
• Protective and strengthening applications using graphene or CNTs.
• Various nanomaterials for EMI shielding.
• Creating transparent conductive coatings.
• Depositing uniform thin films of nanowires or graphene in advanced electronics applications.

 

Basic Specifications

DIMENSIONS: 944 mm W x 831 mm H x 794 mm D (37.2” W x 31.2” H x 32.7” D)

WORK AREA*: 400 x 400 x 100mm (15.75” x 15.75” x 3.94”) *Note: Work area may be reduced depending upon system configuration

CONTROL: Windows-based (PC included)

POWER REQUIREMENTS: 120V, 220V, +/-10%, 50-60Hz

AIR: 551.6 kPa (80 PSI) dry unlubricated air

MOTORS: Brushless DC servo

CERTIFICATION: CE

ULTRASONIC NOZZLE DESIGNS: AccuMist, Impact, Vortex, MicroMist, or Propel