Overview
HUXI HX-CW1000H Ultrasonic-Microwave Combined Reaction System is a multi-functional experimental equipment with separate control and collaborative functions of microwave and ultrasonic. The system adopts 7-inch touch interface control, supports data storage and high definition visualization real-time display of reaction status, and is widely used in chemical synthesis in universities, scientific research institutes, biology, materials industry and mining and other fields. It can effectively catalyze reactants, create a variety of synthesis conditions, and speed up chemical synthesis reactions.
Features
1. The temperature control system adopts infrared temperature sensor to ensure accurate temperature control.
2. The container capacity is 1000ml, suitable for a variety of reaction requirements.
3. Operating system based on microcomputer control technology, support multi-stage program control mode.
4. Ultrasonic Power 1800W can be fine-tuned, Frequency 20KHz, Probe can intervene or non-intervene samples, through cavitation effect or air transmission.
5. Standard ultrasonic Probe diameter φ 20, suitable for different diameters of reaction vessels.
6. Microwave Frequency 2450MHz, Non-Pulse Continuous Automatic Frequency Conversion Control, Power 0-100% Automatic Continuous Adjustable.
7. Maximum output power of industrial magnetron 1000W.
8. UV catalytic system wavelength 253.7nm, Power 100W.
9. The stirringdevice adopts magnetic stirring, and the Rotation speed is adjustable from 0 to 2500rpm.
10. Multifunctional operation mode, can be extended to microwave extraction, microwave synthesis, ultrasonic wall breaking, etc.
11. The furnace door is designed with a six-layer steel structure, a buffer floating mechanism, and mechanical locks and electronic locks to ensure safe operation.
12. The furnace cavity cavity is 316L industrial grade stainless steel integrated molding, lame plating 6 layers of PFA anti-corrosion coating.
13. Microcomputer Control system supports historical data viewing, data export and import, capacitive LCD Touchscreen real-time display temperature, time, Power and other parameters.
14. The instrument has a built-in method library that can store 200 methods for easy recall.
15. The reactor can be optionally equipped with PTFE or high temperature and corrosion resistant Glass material, support open reaction system, and can be connected to Glass conduit, drop funnel and condenser tube.
Principle
The system uses basic principles such as microwave, ultrasonic and ultraviolet light to catalyze the reactants. Microwave generates thermal effect through non-pulsed continuous automatic frequency conversion control, ultrasonic wave acts on the sample through cavitation effect or air transmission, and ultraviolet light provides photocatalysis to synergistically accelerate the chemical synthesis reaction.
Applications
Universities, research institutes, biology, materials industry and mining
Steps
1. Select the reactor material (PTFE or High Temperature, Corrosion Resistant Glass), and connect the Glass duct, drop funnel or condenser pipe.
2. Set parameters such as Microwave Power, Ultrasonic Power, Temperature, Time, etc. through the 7-inch Touchscreen, or call the built-in method library.
3. Start the system and monitor the real-time display of temperature, Heating time, thermostatic time, Microwave Power and reaction progress.
4. Use magnetic stirring to adjust Rotation speed to ensure uniform reaction.
5. After the reaction is completed, the system automatically stops, allowing the data to be viewed and exported.
Notice
• Ensure that the furnace door is completely closed to avoid automatic cutting off of the microwave due to abnormal opening during operation.
• Check whether the reactor material is resistant to high temperature and corrosion before use to prevent damage.
• Pay attention to the ultrasonic Probe intervention method during operation to avoid sample contamination or damage.
• Maintain furnace chamber and coatings regularly to ensure anticorrosive performance.
• Follow the Microcomputer Control Program settings to prevent parameter errors from affecting the reaction effect.
