Overview
The ultrasonic-microwave combined reaction system HX-CW500 has the functions of microwave, ultrasonic, microwave-ultrasonic separate control and coordination. The system simultaneously realizes the functions of 7-inch touch interface control, data storage, and high definition visualization real-time display of reaction status. Microwave chemical synthesizer is widely used in chemical synthesis in universities, scientific research institutes, biology, materials industry and mining and many other fields. The basic principles of microwave, ultrasonic, ultraviolet light and other basic principles have effective catalysis for reactants, which can create a variety of synthesis conditions and speed up chemical synthesis reactions.
Features
1. Temperature Control System Adopts Platinum Electric Group Sensor
2. Container capacity 500ml
3. Operating system using microcomputer control technology, multi-stage program control mode
4. Ultrasonic Power 1800W can be fine-tuned, Ultrasonic Frequency 20KHz, Ultrasonic Probe can be used for interventional or non-interventional samples
5. Standard Ultrasonic Probe diameter φ 20 Suitable for reaction vessels of different diameters
6. Microwave Frequency 2450MHz, Non-Pulse Continuous Automatic Frequency Conversion Control, 0-100% Power Automatic Continuous Adjustable
7. Industrial magnetron, Maximum output power 1000W
8. Temperature Control system with wired Platinum Resistance Temperature Sensor
9. UV Catalytic System Wavelength 253.7nm, Power 100W
10. The stirringdevice adopts magnetic stirring, and the stirring Rotation speed is adjustable from 0 to 2500rpm
11. Multifunctional operation mode, can be extended to microwave extraction, microwave synthesis, ultrasonic wall breaking, etc
12. Six-story steel safety furnace door with buffer float design
13. Mechanical locks and electronic locks cooperate to ensure safe operation
14. The furnace cavity is integrally formed with 316L industrial grade stainless steel, and the lame plating is up to 6 layers of PFA anti-corrosion coating
15. Microcomputer control technology, enabling historical data viewing, data export and import
16. Capacitive LCD touch screen, real-time display of temperature, Heating time, thermostatic time, Microwave Power, reaction process
17. The instrument has a built-in method library, which can directly select the calling plan and store 200 methods
18. The reactor can be optionally equipped with PTFE or high temperature and corrosion resistant Glass material
19. Glass conduit can be connected to the reactor, using an open reaction system, drip funnel and condenser can be installed for reflux reaction
Principle
The ultrasonic-microwave combined reaction system uses microwave, ultrasonic, ultraviolet light and other basic principles to effectively catalysis the reactants. Microwaves are heated by non-pulsed continuous automatic frequency conversion control, ultrasonic waves act on the sample through cavitation effect or air transmission, and the ultraviolet catalytic system provides photocatalysis of specific wavelengths to create a variety of synthesis conditions and speed up the chemical synthesis reaction.
Applications
Chemical synthesis in many fields such as universities, research institutes, biology, materials industry and mining
Steps
1. Select the solution in the built-in method library of the calling instrument
2. Set reaction parameters through a 7-inch touch interface
3. Activate microwave, ultrasonic or synergistic functions
4. Real-time monitoring of temperature, Heating time, thermostatic time, Microwave Power, reaction process and other data
5. After the experiment is completed, historical data and exported data can be viewed
Notice
• Adopt six-layer steel structure safety furnace door and buffer floating design to ensure experimental safety
• Mechanical lock and electronic lock coordinate to ensure that the furnace door cannot be opened during operation
• When the furnace door is abnormally opened, the instrument automatically cuts off the microwave and stops working
• The furnace cavity is integrally formed with 316L industrial grade stainless steel and lame plating anti-corrosion coating
• The reactor can be optionally equipped with PTFE or high temperature and corrosion resistant Glass material
