UV Photooxygen Machine is a device that uses ultraviolet (UV) radiation technology for air purification, mainly used to remove harmful substances and odors from the air. It uses high-energy ultraviolet rays generated by UV lamps to irradiate the air, ionizing oxygen molecules in the air to produce ozone. Ozone has strong oxidizing properties and can decompose organic and inorganic substances in the air, thereby achieving the goal of purifying the air.

Composition structure

UV tube: a key component that generates high-energy ultraviolet light, usually made of quartz glass, filled with inert gas and metal electrodes inside.

Power supply device: a device that provides electrical energy to UV lamps, usually including transformers and rectifiers.

Reflective cover: a device that focuses and evenly illuminates the ultraviolet rays generated by the UV lamp into the air to be treated.

Control system: Monitor and adjust the operating status of UV Photooxygen Machine, including start, stop, speed regulation, etc.

Working principle

Air flow: The air to be processed enters the interior of the UV photo oxygenator through the air inlet.

Ultraviolet irradiation: High energy ultraviolet rays generated by UV lamps are irradiated into the air, causing oxygen molecules in the air to ionize and produce ozone.

Oxidation reaction: Ozone reacts with organic and inorganic substances in the air to decompose them into harmless substances.

Purified air emissions: The air that has undergone oxidation reaction is discharged from the air outlet, completing the entire air purification process.

Advantage

Efficient Purification: UV Photooxygen Machine utilizes high-energy ultraviolet radiation to generate ozone with strong oxidizing properties, which can quickly decompose harmful substances and odors in the air, improving air purification efficiency.

Wide applicability: Suitable for air purification in various occasions, such as homes, offices, hospitals, laboratories, etc.

Simple structure: The UV Photooxygen Machine has a relatively simple construction, making it easy to install and maintain.

Easy to operate: high degree of automation, easy for operators to master the usage method.

Energy conservation and environmental protection: Optimized design reduces energy consumption and waste emissions, meeting modern environmental requirements.

In summary, UV Photooxygen Machine plays an important role in the field of air purification due to its high efficiency, wide applicability, and simple structure. Its reliable performance and flexible application range make UV Photooxygen Machine an important tool for improving air quality and enhancing living environment.

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