The main application fields of SJY-UV50T Flow-through Ultraviolet Sterilizer include municipal water supply, surface water (well water, river water, lake water, etc.), industrial water (electronics, medicine, food and beverage), swimming pool water, landscape water, circulating cooling water, ship water, seawater desalination, and disinfection of small flow water supply, etc.

Features of Flow-through Ultraviolet Sterilizer:

1. The sterilizer chamber and electrical box are made of pure SS304 or 316L material, absolutely free of 201 or other inferior materials. All joints are welded after punching and stretching, resulting in a smooth, seamless finish. The interior and exterior are polished to a high brightness of up to 8K mirror effect, significantly enhancing the UV radiation intensity and sterilization effect.

2. Lamp: Uses imported European and American low-pressure, high-intensity mercury lamps with a long service life of 9000-13000 hours.

3. Ballast: Employs an integrated high-efficiency electronic ballast with a single-ended four-pin lamp plug, ensuring stable performance, preheating, and malfunction protection functions, with a lifespan of up to five years.

4. Made of high-transmittance quartz material.

5. Our products are available in a full range of specifications, including pipeline, submersible, and open channel types, excluding TOC degraders and UPVC UV sterilizers, with flow rates from 0.1T/H to 500T/H, meeting the requirements of customers for various flow rates and water qualities.

Applications and Types of Sterilization Using Ultraviolet Light:

1. Disinfection of water bodies in the food processing industry, including water used for fruit juice, milk, beverages, beer, cooking oil, and various canned and frozen products.

2. Ultrapure water for the electronics industry.

3. Disinfection of water in hospitals and various laboratories, as well as disinfection of wastewater with high levels of pathogens.

4. Disinfection of water used in residential buildings, communities, office buildings, hotels, restaurants, and waterworks.

5. Purification and disinfection of aquatic products, shellfish, and fish.

6. Military camps and field water supply systems.

7. Disinfection of urban sewage, with a maximum treatment capacity of over 1 million tons per day.

8. Disinfection of water used in swimming pools and other water recreation areas.

9. Cooling water disinfection, including cooling water for thermal power plants, nuclear power plants, industrial production, and central air conditioning systems.

10. Cooling water used in biological, chemical pharmaceutical, and cosmetic production.

11. Seawater and freshwater seedling cultivation and aquaculture (fish, eels, shrimp, abalone, shellfish, etc.), with a total water treatment capacity exceeding 200,000 tons per day.

12. Agricultural water disinfection, including greenhouse water and irrigation water.