Ultrasonic Microwave Combined Reaction System

Product application:
● HX-CW500HUltrasonic Microwave Combined Reaction SystemIt has separate control and collaborative functions for microwave, ultrasonic, and microwave ultrasonic waves. The system also implements 7-inch touch interface control, data storage, and high-definition visualization for real-time display of reaction status.

Microwave chemical synthesis equipment is widely used in chemical synthesis in many fields such as universities, research institutes, biopharmaceuticals, materials mining, etc. The microwave chemical synthesizer utilizes fundamental principles such as microwave, ultrasound, and ultraviolet light to effectively catalyze reactants, creating various synthesis conditions and accelerating chemical synthesis reactions.

Ultrasonic Microwave Combined Reaction SystemProduct Features:

● Technical features

Temperature control system: infrared temperature sensor;

Container capacity: 500ml;

Operating system: microcomputer control technology, multi-stage program control mode;

Ultrasonic power: 1800W, adjustable; Ultrasonic frequency: 20KHz, the ultrasonic probe can be used for intervening or non intervening samples, acting on the sample function through cavitation effect or air transmission;

● Standard ultrasound probe diameter: Φ 20, suitable for reaction vessels of different diameters.

● Control system

Microwave frequency: 2450MHz, non pulse continuous automatic frequency conversion control, 0-100% power automatic continuous adjustable;

Industrial grade magnetron: Maximum microwave output power of 1000W;

Temperature control system: using wireless penetrable infrared temperature sensors;

UV catalytic system: wavelength 253.7nm, power 100W;

Mixing device: magnetic stirring, adjustable stirring speed from 0 to 2500rpm;

● Multi functional operation mode, which can be extended to microwave extraction, microwave synthesis, ultrasonic wall breaking, etc.

● Furnace door and furnace chamber safety

The six story steel structure safety furnace door adopts a buffer floating design to ensure safety during the experimental process;

Using mechanical and electronic locks to coordinate and cooperate, ensuring that the furnace door cannot be opened during operation. When the furnace door opens abnormally, the instrument automatically cuts off the microwave and stops working;

The furnace chamber is made of 316L industrial grade stainless steel integrated molding, and the furnace chamber is sprayed with up to 6 layers of PFA anti-corrosion coating.

● Operating system

Microcomputer control technology, capable of viewing historical data, exporting and importing data;

Capacitive LCD touch display screen, real-time display includes: temperature, heating time, constant temperature time, microwave power, reaction process;

The instrument has a built-in method library that allows for direct selection of calling schemes and can store 200 methods.

● Reaction components

The reactor can be equipped with polytetrafluoroethylene or high-temperature and corrosion-resistant glass materials, with a capacity of 500ml;

The reactor can be connected to glass conduits and adopts an open reaction system. Droplet funnels and condenser tubes can be installed for reflux reaction.