Overview
The HXR-2000 high-speed ultrasonic Mulser is an integrated device that combines ultrasonic vibrator and high-speed Mulser, specializing in processing large-capacity, pilot-scale, and high-concentration samples. Its energy output is between the ultrasonic disperser and the Mulser, and it is flexible to use. It can effectively handle large-capacity, high-concentration, high-viscosity, and poor fluidity samples. It is classically used in graphene, silicon oxidation, carbon nanotubes, gels, Resin, and other fields.
Features
1. The ultrasonic controller adopts self-developed circuit, Operating voltage 220V/AC, with over-voltage, over-current, output short circuit and other protection measures.
2. The ultrasonic circuit has the function of automatic frequency tracking. Frequency automatically tracks the resonance point, so that the transducer works in the best state and the transducer efficiency is maximum.
3. The ultrasonic controller Power can be continuously adjusted to adapt to various sample requirements.
4. Equipped with a display of working status, it is convenient to observe the operation of the controller.
5.30JX special high shear force working head, to meet the 2L-10L Processing capacity, suitable for different samples.
6. The whole machine has a compact structure and a beautiful shape, providing a line speed of 47m/s.
7. The two-way support rod combined with the double-hole fixed clip forms an integrated lifting adjustment system, which is reliable and safe for the experiment.
8. It can be matched with a temperature sensor to measure the sample temperature in real time, and automatically stop when it reaches the set value to protect the sample.
Principle
Through the integration of ultrasonic vibrator and high-speed Mulser, the equipment uses ultrasonic automatic frequency tracking and Power regulation technology, combined with high shear force working head, to achieve efficient dispersion and emulsification under different working conditions, suitable for large-capacity, high-concentration sample processing.
Applications
Graphene, silicon oxidation, carbon nanotubes, gel, Resin
Steps
1. Connect the power supply and ensure that the voltage is 220V/AC.
2. Install the working head and choose the appropriate material (titanium alloy or 304/316L).
3. Set Power, Rotation speed and Timing parameters.
4. Place the sample in a container and immerse the working head in a minimum depth of 150-300mm.
5. Start the device, observe the display status, adjust Power and speed.
6. It can be equipped with a temperature sensor to set the temperature protection value.
7. After the experiment is completed, it is automatically stopped or manually turned off.
Notice
• Power supply voltage 220V/AC to avoid overvoltage or overcurrent.
• The immersion depth of the working head should be within the range of 150-300mm.
• When handling samples, pay attention to sample consistency and flowability.
• When using the temperature sensor, set the temperature value correctly to protect the sample.
• Regularly check the fuse specification to 20A to prevent short circuits.
• When the equipment is working continuously, monitor the operating status to avoid overheating.
