The company has focused on the ozone system equipment manufacturing field for 20 years, and is committed to becoming a dedicated ozone system supplier. The production base has a 5000m² standardized workshop. The workshop is equipped with ultrasonic flaw detection machine, spectrum analyzer, four-roll plate rolling machine, edge planing machine, submerged arc automatic welding, tube plate automatic welding, high-speed CNC drilling machine, sand blasting and other equipment and facilities.

When an oxygen-containing gas passes through the discharge gap between the two electrodes, some oxygen molecules (O2) are converted to ozone (O) to achieve ozone preparation. When there is a high voltage on the high voltage electrode, the discharge gap between the electrodes is discharged, the oxygen molecules are decomposed into free oxygen atoms (O), and some free oxygen atoms recombine with the undecomposed oxygen molecules to form ozone (O₃), that is, O+O₂=O₃.

Special glass, non-glass dielectric discharge tube, good performance; The discharge tube is arranged in honeycomb shape inside the tank body with compact structure. Double gap discharge, uniform gap, improve discharge efficiency; The supporting high and low voltage electrodes are made according to precise standards

The company has provincial key laboratory, engineering research center, enterprise technology center, postdoctoral workstation and other R & D platform 5, is Anhui Province technology innovation demonstration enterprise, Anhui Province specialized new enterprise, Anhui Province intellectual property advantage enterprise, in Jinan, Hefei, Fuyang have R & D center.

A large ozone generator is a structure composed of multiple discharge units in series and parallel. A tubular intensive heat exchanger is formed.
The main instruments, valves and pipes are assembled and shipped in the factory. Accessories and pipes are pre-assembled in the factory to reduce the installation workload on site and improve the installation quality.

Large ozone generators mostly use the internal circulating water cooling method, through the plate heat exchanger and the external circulating cooling water heat exchange. The internal circulation method can ensure the quality of cooling water entering the oxygen generator, which is not easy to scale, reduce the heat exchange efficiency or corrosion discharge tube leading to leakage failure. When the cooling water temperature exceeds the system design temperature or water shortage, the system will automatically send an alarm signal.