【 Application Fields 】
Small water-cooled ozone generators are widely used in clean areas, laboratories, and the production of high concentration ozone water systems in industries such as pharmaceutical factories, hospitals, electronic factories, food processing workshops, and daily chemical purification workshops. Easy to operate, easy to install, and structurally simple, it has the same reliability and efficiency as medium and large ozone generators. The OZOSX series ozone generator unit is compact and equipped with a fully automatic oxygen enrichment machine, which can economically obtain high concentrations of ozone. It can be applied to any place with extremely high requirements for compact design, high performance, and reliability. The equipment is a vertical box, modular assembly, and easy maintenance and replacement.
[Technical Features]
The ozone concentration produced is high (up to 16wt/% weight ratio), and the electrode service life can reach 60000 hours.
High quality manufacturing, all electrical components are made of products from the world's best companies, and all seals are made of high-quality anti ozone oxidation materials to avoid malfunctions caused by ozone oxidation leakage.
The magnetic core of the high-frequency and high-voltage transformer is made of imported materials with low resistivity Its characteristics are small size, high efficiency, high power, and low heat generation. To facilitate the miniaturization of the entire machine and make it suitable for use in specific locations.
The core components of the ozone generator use discharge tubes manufactured with Canadian technology, which have strong resistance to electrical and mechanical shocks and are maintenance free. Adopting dual cooling technology, the inner electrode is cooled by water and the outer electrode is cooled by air, which improves the cooling effect of the discharge tube and increases ozone production.
Equipped with a fully automatic oxygen enrichment machine, the molecular sieve oxygen production system utilizes advanced pressure swing adsorption technology (PSA) to selectively adsorb oxygen and nitrogen through molecular sieves at long temperatures, separating oxygen from the air. When air under a certain pressure passes through an adsorption tower equipped with molecular sieves, nitrogen is adsorbed to produce oxygen. When the pressure of the adsorption tower is reduced, nitrogen is desorbed and the molecular sieves are regenerated, allowing nitrogen to be re adsorbed. It consists of two adsorption towers that alternate in oxygen production.
External air source, which can utilize the existing oil-free air source of the user's compressor, or come standard with an oil-free silent compressor.