Under the premise of ensuring quality, the diversification and fine workmanship of our far uvc 222 nm light, far uvc light for home use, 222 uvc make it sell well at home and abroad, and win the trust and high praise of our customers. We operate our business at an international level and have international expertise and technology. Our mission is to make employees happy and customers moved. With honesty and credit, high-quality products and warm after-sales service, we have gradually gained a certain market position and customer base in the fierce market competition. We hope to build our company into the most competitive enterprise and make new and greater contributions to promote the good and fast development of the national economy.

Features

1. Long lifespan

2. High UV output

3. Small light decay

4. Good reliability and stability

5. Only capacitor needed by using electronic ballast

6. Ozone-generating

7. More compact, easy to install

8. Large production capacity

9. EPA, ISO9001, CE certified

SPECIFICATIONS

1. Type: four pins single end

2. Peak Wavelength: 254nm/254nm+185nm

3. Input Voltage: 220vAC

4. Power: 6W-79W

5. Length: 410-1067mm

6. Diameter: T5

7. Beam Angle: 360°

8. Operating Temperature Range: -10°C - 100°C

9. Materials: Quartz glass tube

10. Lifespan: 10000 hours

ADVANTAGE

1. The high purity quartz glass tube is adopted and treated with special technology, which further reduces the impurity content and makes the efficiency of lamp tube more stable.

2. Advance technology enables our lamp with high initial UV radiation and low UV light decay.

3. Ozone type and non-ozone type are available.

4. High output UV lamp is a better choice for reducing system size and maintaining UV output.

5. Corresponding quartz sleeve and ballast are available.

APPLICATIONS

Aquarium disinfection

Water treatment

air cleaning and disinfection

Air conditioning pipe disinfection

Water and air purifier

Classification and use of photolysis light tube

First, the species of the photolysis light tube

A, U-shaped photolysis light tube

Long length: 40-90cm

Power of the lamp: 80-300W

Wavelength: 185nm + 254 nm

Ambient temperature: up to 90 degrees Celsius

Tube average life: 100,000 hours

B, linear with ozone-based photolysis lamp

Length of the lamp: 25-160cm

Light pipe: 50-600W

Wavelength: 185nm + 254 nm

Ambient temperature: up to 90 degrees Celsius

Tube average life: 100,000 hours

C, Liquid mercury and ozone type photolysis light tube

Long length: 10-160cm

Power of the lamp: 5-150W

Wavelength: 185nm + 254 nm

Ambient temperature: reaching 50 degrees Celsius

Tube average life: 100,000 hours

Second, the purpose of photolysis tube

(1) Removing odor purification industrial exhaust gas

The 185 nm band light emitted by the photolysis lamp tube can decompose oxygen molecules in the air to produce ozone. Ozone has a strong oxidation to convert industrial waste gas degradation to low molecular compounds, water and carbon dioxide, and have a clear effect on industrial waste gases and other irritating odor.

At the same time, high-energy ultraviolet (UV) light is used to decompose the molecular bonds of bacteria in the malodorous gas, destroy bacteria's deoxyribonucleic acid (DNA), and then oxidize the ozone O3, to achieve deoxidation and killing bacteria.

(2) Purification of kitchen oil

Ultraviolet lamps capable of producing ozone O3 are used in kitchen oil purification equipment, especially in large catering places such as dining, hotels. The 185 nm wavelength ultraviolet light refrigerates oil-fat molecules to form trace powder and carbon dioxide and water, and the organic matter in the smoke is photooled, and the odor in the flue will be eliminated.

With the oil retention in the oil-proof flue, there is no more limitation to eliminate fire hazards.

Third, the development history of the photolysis light tube

UV was discovered in 1801, since the use of ultraviolet irradiation from 1877, it can kill the subtilis, and the experiment of budfus is proved to prove the ultraviolet sterilization. In 1901, the wavelength characteristics of bactericidal effect were further clarified in 1901. According to the conclusions, the characteristics of bactericidal effect are independent of all kinds of bacteria, and the wavelengths of ultraviolet sterilization near 250 to 270 nm are stronger. After more than 200 years of research, development, experiment, today's use of ultraviolet rays is very common.

Ultraviolet is an invisible light other than the purple spectrum, existing on the outside of the spectrum purple line, said it is ultraviolet. It is still one of the light wave, according to different wavelengths, it is divided into three sections. A wave ‧b wave c wave ‧ where the C-band ultraviolet wavelength is between 240--260 nm, which is a valid sterilization band.

The sunlight is a larger ultraviolet amplitude source, but after isolation of the ionization layer, ozone layer, etc., the remaining can reach the ground, mainly A wave, B wave, and can sterilize Caves are minimal. Scientists in order to facilitate the convenience of adaptive ultraviolet rays, artificial ultraviolet amplifier sources: ultraviolet sterilization lamps are invented. It can be more effective and more concentrated to achieve the purpose of killing bacteria.

Fourth, comparison and application of mercury light and ordinary low pressure ultraviolet sterilization lamp

When the normal low-pressure ultraviolet sterilization tube(high output ozone amalgam UV germicidal lamp UV light for air conditioner) is operated, the low-pressure mercury steam in the tube will activate 253.7 nm and 185 nm ultraviolet rays, 253.7 nm ultraviolet rays are irradiated into adjacent mercury atoms, and the resonance absorption effect is generated and illuminated The mercury atom further releases ultraviolet rays. The temperature of the calorie is generated as the tube, and the temperature in the tube will rise, resulting in an increase in mercury vapor pressure in the tube, and the concentration of mercury is increased. At the beginning of the temperature rise, the resonance absorption effect is enhanced, and the tube is increased. However, in the absence of mercury, there is no good ventilation cooling condition, with the further increase in the temperature and mercury vapor pressure, the collision between mercury is exacerbated and the ultraviolet rays of 253.7 nm are emitted. The ultraviolet output of the lamp tube has a downward trend. Therefore, for ordinary ultraviolet tubes, there is a strong ultraviolet output, and there is an optimum mercury vapor pressure (generally 0.8 ~ 1Pa), and the lamp can only be in such a narrow temperature range, and achieve a good Ultraviolet output. For common low pressure ultraviolet lamps, the operating temperature is around 40 °C.

Our Sailon Amalgam High Output 250W T8 1510mm UV Lamp for Water Treatment is high quality and have a highly competitive price advantage to meet the needs of the market. Our company has advanced equipment and testing means, products are sold all over the country. We realize mechanized and automatic production with high efficiency and high quality production capacity.

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