Ultrasonic Conemist Spray Nozzle

◆ Atomized particle size range (μm)：15-28

◆ Spray width（mm）：50-100

◆ Spray flow（ml/min）：0.5-12

◆ Spray height（mm）：50-200

◆ Liquid viscosity（cps）：＜20

◆ Particle size（μm）：＜5

◆ Diversion pressure（Mpa）：＜0.15

110khz

Short Description

Vortex nozzles produce a medium-width spray pattern that is wider than a focus nozzle, but narrower than a wide nozzle. Vortex nozzles use slow-speed rotating air/gas to produce a wide, stable spray pattern. Vortex nozzles produce a conical spray pattern with a diameter of 2–4 inches (50–100 mm), depending on the distance from the substrate. The vortex speed can be varied depending on the application.

Advantages

◆ Small area spraying

◆ Uniform coating: uniformity>95

◆ Save raw materials: The utilization rate of raw materials is over 85%, which is four times that of traditional two fluid spraying

◆ High precision control of coating thickness: capable of preparing coatings ranging from 20nm to tens of microns, with precise control of coating thickness

◆ The atomized particles are uniform, and the spray flow is extremely low

◆ Can be sprayed intermittently or continuously

◆ Will not block the nozzle

◆ Anti corrosion nozzle

◆ High precision controllable spraying

Application

The vortex ultrasonic nozzles use an air hood to create a wide "vortex-like" dispersion, ideal for coating flat objects such as PEM fuel cells and solar cells. Reciprocating vortex nozzles are preferred. Simple XY stages can be used.