The working principle of the glass photocatalytic reactor is mainly based on the photocatalytic effect. Under the action of light, photocatalytic materials produce electrons and holes, which are capable of redox reactions with reactants, thereby facilitating the progress of chemical reactions.
The advantages of glass photocatalytic reactor mainly include:
Corrosion resistance: High borosilicate glass material has excellent corrosion resistance and can adapt to the reaction conditions of most chemical reagents such as acids, alkalis, and salts.
High transparency: The glass material has high transparency, which can clearly observe the reaction process in the kettle, which is convenient for the experimental operator to monitor the reaction process in real time.
Precise temperature control: The glass photocatalytic reactor is equipped with an advanced temperature control system, which can realize the precise control of the reaction temperature and ensure the stability and reliability of the reaction.
Easy to operate: The glass photocatalytic reactor adopts a standardized connection method, which is convenient for disassembly and assembly, and is equipped with auxiliary equipment such as discharge switch and vacuum gauge, which improves the convenience of operation and the efficiency of the experiment.
Suitable for a variety of solvents: The glass reactor is sealed with PTFE material and a special rubber composite sealing ring, which can withstand a variety of solvents and maintain a high vacuum, so it is suitable for the reaction of a variety of solvents.
High rate: The glass reactor adopts a condenser, which has a high rate, which is conducive to the sustainability of the experiment and the saving of resources.
Excellent physical and chemical properties: The glass parts are made of high-temperature resistant borosilicate glass material, which has good physical and chemical properties, ensuring a high vacuum degree for the experiment.
Safe and reliable: The glass reactor adopts electronic stepless speed regulation, and the motor has no sparks, which is safe and reliable, and has a long life.
In summary, glass photocatalytic reactors have a variety of advantages and are suitable for various chemical reactions and experimental needs.