【产品名称】II代电缆传输微波无极紫外光泵
【产品型号】JYM
【关 键 字】电缆传输、微波无极紫外光泵、UV光解、光解VOCS
【产品类别】UV光泵
【技术原理】微波无极紫外灯系统
微波、紫外线、臭氧三位一体的废气、废水处理新方式
微波：可使细胞中极性物质随高频微波场的震动受到干扰和阻碍, 引起微生物细胞的蛋白质、核酸等生物大分子受热凝固或变性失活, 从而导致其突变或死亡。
紫外线：253.7nm紫外线通过照射微生物的DNA，使其发生光化学反应，从而变性失活，是目前公认的最佳消毒光谱线。
臭氧( O3 )：微波激发的185nm射线与空气中的氧气反应生成的臭氧具有强氧化作用，是已知的最强氧化剂。对从烃到羧酸的种类众多有机物都可分解，可有效地杀灭各种细菌病菌，臭氧的弥散性可弥补由于紫外线只沿直线传播、消毒有死角的缺点。
【产品特点】
1. 不存在电极老化问题, 灯管的寿命可长达十几年;
2. 发光谱线主要为253.7nm、185nm，是传统紫外灯效率的20多倍；
3. 可瞬时启动和再启动, 光输出稳定；
4. 灯管的长度任意，可满足窄小场合使用，如各种场合的新风系统等；
5. 灯管的更换维修次数少, 适用于维修困难的场合；
6. 灯管以及电源产生的热量极低，适用于处理易燃、易爆炸的气体、液体；
7. 电源和灯管之间采用电缆连接，处理方式更加安全、方便、快捷；
8. 可大量应用于光催化、氧化污染治理，废水废气油烟治理，材料表面改性，干蚀刻，膜沉积，合成有机物，制备超纯水等方面。
【应用范围】光催化、光氧化、污染治理、新风系统、印刷、废水废气处理、油烟处理、材料表面改性、干蚀刻、膜沉积、合成有机物、制备超纯水、易燃、易爆气体液体处理、除臭除异味、消毒灭菌
【综合介绍】
微波无极紫外灯系统，主要发出253.7nm/185nm紫外光谱，应用于光催化、氧化污染治理、新风系统，废水废气油烟治理，材料表面改性，干蚀刻，膜沉积，合成有机物，制备超纯水。产热低，适宜于处理易燃、易爆的气体液体。
【使用说明】
【产品照片】
【视频资料】
【同系产品】
【规格参数】
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灯管长度
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灯管直径
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加载功率
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253.7nm功率
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臭氧产生量
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富余微波功率
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300mm
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17mm
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>400W
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145W
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11.21g
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<200W
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400mm
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160W
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13.65g
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<180W
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600mm
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180W
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13.65g
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<140W
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800mm
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220W
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26g
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<80W
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1200mm
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280W
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32.15g
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<60W
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1500mm
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300W
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39.12g
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<10W
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[product name] II generation cable transmission microwave non polar ultraviolet light pump
[product model] JYM
[Keywords] cable transmission, microwave non polar ultraviolet light pump, UV photolysis, photolysis VOCS
[product category] UV optical pump
Microwave non polar ultraviolet lamp system
A new method for treatment of waste gas and waste water from microwave, ultraviolet and ozone
Microwave: the polar materials in the cell can be interfered and obstructed by the vibration of the high-frequency microwave field, causing the biological macromolecules such as proteins and nucleic acids in the microbial cells to undergo heat coagulation or denaturation, resulting in mutation or death.
Ultraviolet: 253.7nm ultraviolet is the best disinfection spectral line recognized by photochemical reaction and deactivation of DNA by irradiating the microorganism's ultraviolet.
Ozone (O3): the ozone generated by microwave excited 185nm rays and the oxygen in the air has a strong oxidation effect, which is the strongest oxidant known. From hydrocarbon to carboxylic acid, many organic substances can be decomposed, which can effectively kill all kinds of bacterial pathogens. The dispersion of ozone can make up for the shortcoming of ultraviolet rays spreading along the straight line and sterilizing dead ends.
[product characteristics]
1. there is no problem of electrode aging, and the life span of the lamp can be over ten years.
The 2. luminescent line is mainly 253.7nm and 185nm, which is more than 20 times the efficiency of the traditional ultraviolet lamp.
3. can start and restart instantaneously, and the output of light is stable.
4. the length of the lamp tube is arbitrary, which can satisfy the use of narrow and small occasions, such as the new wind system of various occasions.
The number of replacement and maintenance of the 5. lamp tube is less, which is suitable for the situation of difficult maintenance.
6. the light pipe and the energy produced by the power supply are very low. It is suitable for dealing with flammable and explosive gases and liquids.
7. the cable is connected between the power supply and the lamp tube, and the processing method is more safe, convenient and quick.
8., it can be widely applied in photocatalysis, oxidation pollution control, waste gas and exhaust fume treatment, surface modification of materials, dry etching, film deposition, synthesis of organic matters, and preparation of ultra pure water.
[application] photocatalysis and oxidation, pollution control, air system, printing, waste gas treatment, fume treatment, surface modification, dry etching and film deposition, organic synthesis, preparation of ultra pure water, flammable and explosive gas liquid treatment, deodorizing and sterilization
[comprehensive introduction]
Microwave electrodeless ultraviolet lamp system mainly emits 253.7nm/185nm ultraviolet spectrum. It is applied to photocatalysis, oxidation pollution treatment, fresh air system, waste gas and exhaust fume treatment, material surface modification, dry etching, film deposition, and synthesis of organic matter, and preparation of ultra pure water. Low heat production, suitable for handling flammable, explosive gas liquid.
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