800W Filter Ultrasonic Machine
Technical Parameter
1. Cross Cut Heating Power | 1100W |
2. Slit Heating Power | 800W |
3. Seaming Time | 0.2S-1S |
4. Film Thickness | 0.012-0.06mm |
5. Capacity | 0-30pcs/min |
6. Air Pressure | 5-6KG/cm2 |
7. Max Size | L 550, W 450mm |
8. Machine Size | 1760X940X1580 |
Feature
1. ultrasonic filtration machine uses high-frequency sound waves to
enhance the filtration process, particularly
in applications where traditional filtration methods may struggle,
such as with fine particles, viscous liquids,
or clog-prone materials. The ultrasonic waves help prevent
clogging, improve filtration efficiency, and reduce
downtime for maintenance.
2. Ultrasonic Transducers: Generate high-frequency sound waves that
create cavitation bubbles in the liquid,
helping to dislodge particles from the filter membrane.
3. Filter Membrane: The physical barrier that separates particles
from the liquid. Ultrasonic waves keep the
membrane clean and prevent clogging.
4. Pump System: Moves the liquid through the filtration system.
5. Control Panel**: Allows users to adjust ultrasonic frequency,
power, and filtration parameters.
6. Durable Construction**: Often made from materials resistant to
corrosion and wear, such as stainless steel
or specialized polymers.
7. Ultrasonic waves keep the filter clean, reducing maintenance.
8. Enhances filtration rates and extends filter life.
9. Ideal for sensitive materials that might be damaged by
traditional filtration methods.
10. Often consumes less energy compared to high-pressure filtration
systems.
11. Ultrasonic filtration machines can be more expensive upfront
than traditional systems.
12. Requires proper setup and tuning of ultrasonic parameters for
optimal performance.
13. Ensure the machine materials are compatible with the liquids or
chemicals being filtered.
