The laser reactor is a reaction device for photochemical reaction, photopolymerization and wastewater treatment using a laser as a light source, and is the first device device for applying laser to a chemical reaction in China. Compared with ordinary reactors, it has high applicability, can be used for organic, inorganic, inorganic and organic mixed reactions and is easy to operate. The laser reactor has the characteristics of energy saving and high thermal efficiency, and can be used to replace ordinary heating and photocatalysis. The reaction of photopolymerization and photodegradation has a large application space, the spot size is adjustable, the reaction distance is controllable, the process is safe, and the regulation is precise.
Laser reactor physical map
Product model and parameters
Instrument application
The laser can be applied to photochemical reactions, polymerization reactions, accelerate the polymerization process, optimize the reaction structure, and effectively reduce energy consumption. Lasers can be used to prepare nanomaterials, enriching the synthesis methods and methods of nanomaterials. The laser can be used to treat solid-liquid pollution, effectively block the pollution source, and can quickly process large solid-liquid pollution sources and reduce losses. Laser can be used for photocatalytic degradation, which can degrade organic dyes comprehensively, efficiently, continuously and safely. 
Schematic diagram of laser preparation of gel material 
Schematic diagram of the absorption process of heavy metal solids and liquid waste by gel materials prepared by laser 
Schematic diagram of laser preparation of nanomaterials 
Schematic diagram of the absorption process of heavy metal solids and liquid waste by gel materials prepared by laser Lasers have good application prospects in many aspects, such as the treatment of environmental water pollution, the sealing of toxic substances, the rapid remote control of nuclear leakage plants, and the synthesis of nanomaterials.
