300W Ultrasonic Immersibles For Injector carbon deposit Cleaning of
Car with Generator
Advantages:
- More convenient for operation
- Stainless steel tank has resistance to wear and long work life.
- Can be moved to any tank
- Controlled by generator
- Lower cost than ultrasonic machine, same ultrasonic as ultrasonic
power
- Lower shipping cost than ultrasonic machine
- All the box can be put in water to working directly, customer needs
to weld tank by himself.
Specification:
| Model | JP-1006I |
| Transducer | 6pcs |
| Ultrasonic power | 300W |
| Ultrasonic frequency | 28/40Khz |
| Ultrasonic box size (L*W*H) | 305*205*100mm |
| Box weight | 8KG |
| Wiring out methods of box | Rigid or hose |
| Fixed point on box | Available |
| Flange to hang up on the tank wall | Available |
| Make according to your drawing | Available |
| Generator | 1 set |
| Generator weight | 7KG |
| Generator size | 370*280*150 |
| Packing way | Packed by plywood case |
| Double frequency | Available |
| Sweeping frequency | Available |
Other size for your choice:
| Model | Box size(mm) | Transducer | Ultrasonic Power(W) | Frequency(KHz) | Wire Method |
| JP-1006I | 305*205*100 | 6pcs | 300 | 28/40 | Rigid tube/hose |
| JP-1012I | 355*305*100 | 12pcs | 600 | 28/40 | Rigid tube/hose |
| JP-1018I | 340*280*100 | 18pcs | 900 | 28/40 | Rigid tube/hose |
| JP-1024I | 430*280*100 | 24pcs | 1200 | 28/40 | Rigid tube/hose |
| JP-1030I | 460*370*100 | 30pcs | 1500 | 28/40 | Rigid tube/hose |
| JP-1036I | 550*450*100 | 36pcs | 1800 | 28/40 | Rigid tube/hose |
| JP-1048I | 600*450*100 | 48pcs | 2400 | 28/40 | Rigid tube/hose |
| JTS-1030I | 500*300*100 | 30pcs | 1500 | 28/40 | Rigid tube/hose |
| JTS-1030I | 600*250*100 | 30pcs | 1500 | 28/40 | Rigid tube/hose |
| JTS-1036I | 600*400*100 | 36pcs | 1800 | 28/40 | Rigid tube/hose |
| JTS-1036I | 700*400*100 | 36pcs | 1800 | 28/40 | Rigid tube/hose |
| JTS-1036I | 800*350*100 | 36pcs | 1800 | 28/40 | Rigid tube/hose |
| JTS-1036I | 900*300*100 | 36pcs | 1800 | 28/40 | Rigid tube/hose |
| JTS-1036I | 1000*300*100 | 36pcs | 1800 | 28/40 | Rigid tube/hose |
| JTS-1048I | 700*500*100 | 48pcs | 2400 | 28/40 | Rigid tube/hose |
| JTS-1048I | 800*500*100 | 48pcs | 2400 | 28/40 | Rigid tube/hose |
| JTS-1048I | 900*400*100 | 48pcs | 2400 | 28/40 | Rigid tube/hose |
| JTS-1048I | 1000*400*100 | 48pcs | 2400 | 28/40 | Rigid tube/hose |
| JTS-1048I | 1100*350*100 | 48pcs | 2400 | 28/40 | Rigid tube/hose |
| JTS-1048I | 1200*300*100 | 48pcs | 2400 | 28/40 | Rigid tube/hose |
Actual usage scenarios
Application: Ultrasonic extraction
Ultrasonic extraction uses the strong cavitation effect, mechanical
vibration, disturbance effect, high acceleration, emulsification,
diffusion, crushing and stirring effects produced by the ultrasonic
radiation pressure to increase the frequency and speed of the
molecular motion of the substance, and increase the solvent
penetration. Throughput, so as to accelerate the entry of the
target component into the solvent, and promote the extraction
principle
Ultrasound is an elastic mechanical vibration wave, which is
essentially different from electromagnetic waves. Because
electromagnetic waves propagate in vacuum, and ultrasonic waves
must propagate in the medium. When passing through the medium, the
whole process of expansion and compression is formed.
In the liquid, the expansion process creates negative pressure. If
the ultrasonic energy is strong enough, the expansion process will
generate bubbles in the liquid or tear the liquid into small
cavities. These cavities are closed instantaneously, and an
instantaneous pressure of up to 3000 MPa is generated when they are
closed, which is called cavitation, and the whole process is
completed within 400 μs.
Cavitation refines substances and makes emulsions, accelerates the
entry of target components into the solvent, and improves the
extraction rate. In addition to cavitation, many secondary effects
of ultrasound are also conducive to the transfer and extraction of
target components.
The above-mentioned effects of ultrasound are very effective in
extracting various target components from different types of
samples.
The application of ultrasonic waves, the high temperature and high
pressure generated on the contact surface of the organic solvent
and the solid substrate, together with the oxidation energy of
radicals generated by ultrasonic decomposition, provides high
extraction energy.
