Ultrasonic nozzle Deep cavity YMUS-DC

The deep cavity ultrasonic nozzle is mainly used for spraying into the inner wall of the pipeline, and the typical applications are vacuum blood vessel spraying, silicone oil spraying of syringe, etc. The probing type ultrasonic sprinkler can spray simultaneously with multiple sprinkler heads in parallel, especially suitable for the injection vessel spraying and syringe spraying with array arrangement.

Product Details
Accessory consumables
Attachment Download

Ultrasonic spray coating
Deep cavity nozzle

YMUS-DC

Device Features
◆ Can be probed into the inner wall of the tube for spraying, applied to the inner wall spraying, such as vacuum blood collection vessel and syringe;
◆ Uniform coating: uniformity >95%;
◆ Spray without air, no splash;
◆ Save raw material: Raw material utilization rate up to 85%, 4 times the traditional two-fluid spraying;
◆0.05ml/min-50ml/min wide range flow spraying;
◆ The nozzle is not easy to block;

Application
◆ New energy: fuel cell, membrane electrode, thin film solar cell, proton exchange membrane, etc；
◆ Medical treatment: balloon catheter, blood collection syringe, stent, biosensor, microfluidic chip, etc；
◆ Microelectronics semiconductor electronics: flux, photoresist coating, conductive coating, hydrophilic and hydrophobic coating, etc；
◆ Glass production: glass coating, float glass, photovoltaic glass, photoresistance film, transparent conductive, etc；
◆ Nanotechnology: carbon nanotube, polymer fiber, nano-film, etc；

Ultrasonic spray coating
Deep cavity nozzle

YMUS-DC

Device Features
◆ Can be probed into the inner wall of the tube for spraying, applied to the inner wall spraying, such as vacuum blood collection vessel and syringe;
◆ Uniform coating: uniformity >95%;
◆ Spray without air, no splash;
◆ Save raw material: Raw material utilization rate up to 85%, 4 times the traditional two-fluid spraying;
◆0.05ml/min-50ml/min wide range flow spraying;
◆ The nozzle is not easy to block;

Application
◆ New energy: fuel cell, membrane electrode, thin film solar cell, proton exchange membrane, etc；
◆ Medical treatment: balloon catheter, blood collection syringe, stent, biosensor, microfluidic chip, etc；
◆ Microelectronics semiconductor electronics: flux, photoresist coating, conductive coating, hydrophilic and hydrophobic coating, etc；
◆ Glass production: glass coating, float glass, photovoltaic glass, photoresistance film, transparent conductive, etc；
◆ Nanotechnology: carbon nanotube, polymer fiber, nano-film, etc；
No Parameters
No Materia