1 2
MTI  |  SKU: MSK-SPHVS

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

€0,00

Delivery and Shipping to EU

We will add in the quotation, the shipping, insurance, customs clearance costs.

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

MTI

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
Operation Instructions
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             
                                                                      
Back to top