We practice the concept of green development and promote the application of new technologies in our Far UVC Product for Commercial Application, krypton far uv, excimer wave sterilray. As an elite team, we are an honest brand with excellent quality, and worthy of the trust of customers. Our company has the most complete product line and the most innovative style, waiting for your choice.

FEATURES

1. Long lifespan

2. High ozone-generating

3. Small light decay

4. Good reliability and stability

5. Only capacitor needed by using electronic ballast

6. More compact, easy to install

7. Large production capacity

8. EPA, ISO9001, CE certified

SPECIFICATIONS

1. Type: Line shape

2. Input Voltage: 220vAC

3. Power: 15W-80W

4. Length: 200mm

5. Diameter: T8

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

7. Materials: Quartz glass tube, Metal mesh

8. 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

How to deal with the exhaust gas of the spray lacquer?

The harm produced by painting is very large, especially like automatic painting lines, and the exhaust gas of the paint line has the characteristics of large air volume and low concentration. Spray paint contains benzene, toluene, xylene, etc., these VOCs have a great impact on the surrounding environment. How do we handle such exhaust gases like spray paint? Need to perform paint room exhaust gas treatment, we need to know what kind of substances are included in this exhaust gas? In general, there are three main hazardous substances in the exhaust gas discharged in the painting process of the paint room:

1. oily paint: water beads carrying paint particles; water-based paint: dissolved paint particulate water beads;

2. paint particles sprayed in the exhaust gas separately;

3. the paint itself under the gasification is odor, the odor dissipated by the diluent (normal temperature lacquer curing agent), and the odor released during the reaction and the curing process.

I know that the above three substances generated during the paint of the paint are in the paint room exhaust gas treatment, there may be a solution, here you can provide three methods for spray lacquer exhaust gas treatment for reference:

1. The purpose of reaching partial pollutants and cleansing gas separation. However, there is still some water soluble or large particle ingredients in some exhaust gas being discharged from the top floor. Although this method is economically applicable, it cannot remove all paint fog in the exhaust gas treatment of the paint room, and the effect of removing the odor can not be reached.

2. Direct combustion method of spray lacquer exhaust gas treatment method: The amount of heat released by auxiliary fuel such as gas or fuel is heated to a certain temperature (700-800 ° C) to reside, so that combustible harmful gas is burned. The process is simple, there is less investment, but the energy consumption is high, and the operating cost is high. However, this method is suitable for high concentration small air spray room exhaust gas treatment, which is not suitable for most of the multi-volume low concentrations, massive paint room exhaust gas treatment.

3. the UV photolysis tube + plasma tube(high ozone plasma lamp for disinfection deodorization and smoke filter) method: the exhaust gas in the workshop is inserted into the washing tower after the exhaust gas is discharged, and the exhaust gas is cleaned by the washing tower. The main role is to remove dust and large. Painted fog particles while having a certain physical dissolution and mask effect. The circulating water in the spray tower is in communication with the circulating pool, which can be regularly removed in the pool to the water surface. After the exhaust gas is sprayed, the exhaust gas is removed from the UV photolysis device, and there is a light solution tube and a plasma tube in the UV photolysis device. UV fluid lamp tube and plasma tube are laminated in spray room exhaust gas treatment and organic exhaust gas treatment, VOCS exhaust gas treatment is an effective treatment means, which is very good. The UV fluid tube mainly uses special low pressure ultraviolet tubes to simultaneously emitting the bipductive characteristics of 185 nm ultraviolet rays and 254 nm ultraviolet rays. The 185 nm ultraviolet rays emitted by the lamp can trigger O₂ (oxygen) in the air, converted to O₃ (ozone). Ozone has a strong oxidation capacity, which is fully mixed with hydrocarbons (such as benzene, hydrocarbons, alcohols, lipids, etc.) in the exhaust gas, and irradiation catalytic conditions emitted by the lamp tube. Under, these harmful pollutants can be directly oxidized into water and carbon dioxide.

Ozone as a major reaction substance in the photolysis reaction, the amount of generated amount, directly affects the treatment effect.

Therefore, we tried to combine these two processing schemes. The plasma apparatus is disposed at the forefront of the photodexerous device, and the O₃ generated by the ion device is mixed with the organic exhaust gas, flow through the ultraviolet lamp. The ultraviolet lamp can further trigger the formation of O₃, and at the same time, the reaction efficiency of O₃ and organic matter is greatly improved under the catalysis of the tube 254 nm ultraviolet rays, thereby achieving the ideal treatment effect. Since the plasma device is much more ozone, the power consumption of the equipment is reduced, and the energy saving effect is remarkable. This processing method can not only effectively remove dust, lacquer, stupid, toluene, xylene, butanone, aldehyde, additives, etc., which can achieve emission standards after processing.

In the above three methods, the treatment method of UV fluid tube + plasma tube removal exhaust gas is obviously better, and it is also a way to use a more exhaust gas treatment on the market. This means not only has a good effect on the painting waste gas treatment, but also the same effect on other exhaust gas treatment, while cost savings in terms of cost. We are an earlier company used in UV-fluid solutions and plasma tubes. There are a number of patented results on vacuum plasma tubes. At present, most users in the market are Jun Rui's photosensic lamps and plasma tubes.

In addition to the above three methods, there are several good spray room exhaust gas treatment methods, such as catalytic combustion methods, biological jurisprudence, condensation, catalytic oxidation, low temperature plasma exhaust gas treatment methods, etc. .

We have always embraced the never-ending passion for Deep Ultraviolet Sterilizing UV LED 254nm, adhere to the requirements for quality, and continue to develop more creative products. We examine our current corporate culture from an international perspective to ensure that we seek breakthroughs and walk out of our own characteristics in today's diversified and competitive environment. Based on service and guided by regional advantages, we drive product sales through advanced technical services, solve practical problems for customers, and rapidly expand the market.

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