SUS304 1000W 40KHz Tank Immersible Ultrasonic Transducer with 1000mm Length for Industrial Cleaning
The SUS304 Tank Immersible Ultrasonic Transducer is a high-performance tubular water-drop design transducer engineered for industrial cleaning, extraction, and chemical processing applications. Constructed from durable SUS304 stainless steel, this submersible transducer delivers uniform 360° ultrasonic energy distribution for efficient processing.
- 360° uniform ultrasonic cavitation around the vibrating rod
- Stable power output unaffected by liquid level, tank capacity, or temperature changes
- Extended service life - 1.5 times longer than traditional ultrasonic transducer boxes
- Round tube design for easy installation and maintenance
- Fully waterproof construction for safe submerged operation
| Parameter | Specification |
|---|---|
| Product Name | Tubular Submersible Transducers |
| Cleaning Dimensions | 1000mm × 57mm (Length × Diameter) |
| Housing Material | SUS304 Stainless Steel |
| Ultrasonic Frequency | 40 KHz |
| Transducer Count | 20 units per cleaning bar |
| Ultrasonic Power | 1000W |
| Power Supply | 220V, 50Hz, Single Phase |
| Cable Length | 10 Meters with Flange Fixing Lockable Screws |
CE, ROHS, ISO9001 certified with 1-year warranty and lifetime technical support.
| Model | Frequency | Power | Diameter | Length | Material |
|---|---|---|---|---|---|
| JM-1003 | 40KHz | 150W | 57mm | 180mm | SUS304 |
| JM-1006 | 40KHz | 300W | 57mm | 300mm | SUS304 |
| JM-1012 | 40KHz | 600W | 57mm | 550mm | SUS304 |
| JM-1018 | 40KHz | 900W | 57mm | 750mm | SUS304 |
| JM-1024 | 40KHz | 1200W | 57mm | 1000mm | SUS304 |
| JM-1036 | 40KHz | 1800W | 57mm | 1520mm | SUS304 |
- Available frequencies: 20KHz, 28KHz, 40KHz, 68KHz, 80KHz, 132KHz
- SUS316 material available at 20% additional cost
- Custom branding available (MOQ: 2 pieces)
This ultrasonic transducer is ideal for industrial cleaning, extraction processes, chemical reactions, anti-scaling treatments, and water treatment systems. The technology utilizes alternating positive and negative pressure phases to create cavitation effects that enhance solvent penetration and accelerate target component extraction.
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