Product Catalog

Ultrasonic Spray Nozzle for High Viscosity Slurry Spray Pyrolysis - MSK-SP-HVS

Model No.︰	MSK-SP-HVS
Country of Origin︰	China
Unit Price︰	US $ 5852 / pc
Minimum Order︰	1 pc

Total 20 Related Items

Product Description

Ultrasonic Spray Nozzle (20 KHz 3.5 KW) for High Viscosity Slurry Spray Pyrolysis - MSK-SP-HVS

Ultrasonic spray utilizes ultrasonic energy to break liquid and form the few-micron drop size. The ultrasonic spray nozzle can use low vibration energy to make liquid atomized via gravity and low-pressure compressed air. The 20 KHz and 3.5 KW ultrasonic spraying nozzle with a power generator the high viscosity solution spray pyrolysis coating or spray granulation due to the low frequency but high power.

Specifications:

Ultrasonic Generator	Input power: AC 208 - 240 V, 50/60 Hz Ultrasonic output: 0 - 3.5 KW adjustable Ultrasonic frequency: 20 kHz
Ultrasonic Converter	PZT (piezoelectric zirconate titanate crystal) Diameter: 25 mm
Spray Nozzle	Ultrasonic duty cycle (Transfer efficiency): 0.1 - 99.9 % Outer diameter: 20 mm Inner diameter: 1 - 2 mm Spraying speed: 0.1 - 0.3 ml/min Compressed air flow rate: 1 - 500 sccm Liquid solution viscosity range: 1 - 2,000 mPa·s (cPs) Liquid Inlet Fitting: OD: 4 mm ID: 2 mm Max. working temperature: 60oC
Drop Size	Average: 10 um - 20 um
Dimension	Ultrasonic generator: L 400 mm x W 225 mm x H 285 mm Spray nozzle: L 450 mm x H 86 mm
Compliance	CE certified
Warranty	One year limited warranty with lifetime technical support
Optional	You will need an Infusion Syringe Pump to carry and deliver liquid for uniform coating. Please click the pictures below to order a digital or PC controlled Infusion Syringe Pump at extra cost (Pic. 1, 2, 3) You may need a heating plate for the spray pyrolysis coating. Please click Pic. 4 to order You may need the X-Y axis CNC stage to DIY a coater, Please click Pic. 5 to order (Pic. 5) Please put the device into a fume hood for safety concern (Pic. 6) For the DIY Ultrasonic Spray and Electro-spinning devices Pic. 1 Pic. 2 Pic. 3 Pic. 4 Pic. 5 Pic. 6