Instrument Introduction:

The AL-VSMF1010 vertical single-mode microwave flow reactor is a product designed based on our company's control technology and tailored to the needs of university faculty and students. Its main features include a dual-cavity system—comprising a single-mode TM110 cavity and a multi-mode cavity—which can be used selectively. It is equipped with a 7-inch control panel for accurate temperature control, simple and convenient operation, and real-time data and curve storage.

The AL-VSMF1010 vertical single-mode microwave flow reactor offers powerful digital processing and control capabilities, including rate-based temperature rise control. Experiments can be divided into multiple working stages, and parameters unsuitable for reaction conditions can be modified online at any time. With a 10L cavity, users can freely design various custom reaction vessels for microwave flow catalytic reactions.

The AL-VSMF1010 vertical single-mode microwave flow reactor facilitates the catalysis of large volumes of solvents, enabling continuous microwave catalytic processing of unlimited solvent volumes. To achieve uninterrupted continuous operation, our company employs wave-absorbing loads, industrial-grade microwave magnetrons, and industrial-grade frequency conversion technology, allowing for 24-hour continuous operation. Reaction solutions are pumped into quartz glass or PTFE tubes inside the instrument via an external peristaltic pump or other pressurizing equipment. The solution is continuously subjected to microwave catalysis within the instrument and exits once the set requirements are met. This enables not only large-scale processing of target products but also continuous cyclic catalytic reactions. It can also be connected to a liquid chromatograph for online monitoring during reactions.

Application Areas:

The AL-VSMF1010 vertical single-mode microwave flow reactor can catalyze various types of organic, pharmaceutical, and biochemical reactions such as addition, substitution, esterification, hydrolysis, alkylation (acylation), polymerization, condensation, cyclization, and oxidation, as well as physical processes like solvent extraction of food, natural products, and minerals. It is suitable for organic synthesis chemistry, pharmaceutical chemistry, food science, quarantine and epidemic prevention, molecular biology, analytical chemistry, inorganic chemistry, petrochemicals, materials science, biomedical science, and other related fields.

Technical Parameters:

*1. Power: 0-1000W, freely adjustable. Microwave power is automatically frequency-controlled based on temperature, enabling non-pulsed continuous heating.

*2. Upper power limit can be set arbitrarily, with a lower power limit function to ensure continuous power output.

*3. Three temperature control modes: heating to the set temperature with upper power limit followed by insulation mode; rate-based temperature rise mode for gradual heating from initial temperature to set temperature over a specified time; and temperature ramp mode with set temperature increase per minute.

*4. Temperature measurement and control range: 0–300°C; includes rate-based temperature rise function.

5. Temperature measurement accuracy: ≤±0.2°C; temperature control accuracy: ≤±1°C.

*6. Dual-cavity system includes a 3L single-mode TM110 stainless steel cavity and a 24L multi-mode stainless steel cavity, both corrosion-resistant and high-temperature resistant.

7. High-precision infrared temperature sensor for real-time monitoring of reaction temperature and accurate control of reaction progress.

*8. Equipped with a magnetron protector for continuous uninterrupted operation.

*9. Features a 7-inch high-brightness TFT LCD touchscreen for direct operation, Cortex-A8 CPU core, and USB interface. Displays real-time reaction temperature and power data with curves, and allows saving and querying of experimental records.

10. Provides heated glass tubes for continuous flow.

*11. Utilizes AI artificial intelligence logic algorithms for precise control of complex, long-lag objects, ensuring accurate temperature control and preventing overheating or undercooling.

*12. Continuous flow processing capacity: 1–50 ml/s.

13. The cavity is equipped with one inlet and one outlet at the top and bottom, totaling two ports, for flow-based experiments.

14. The instrument cavity includes a cooling fan to cool various flow-based microwave heating reactions.

15. Microwave leakage complies with national standards.

*Indicates our company's proprietary advantages.