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ME微波无极紫外灯组件

  • 巨源+光清洗微波无极紫外光泵+JYM+1
巨源+光清洗微波无极紫外光泵+JYM+1

巨源+光清洗微波无极紫外光泵+JYM+1

  • 微波无极紫外光泵
  • 光清洗机器
  • 材料表面改性机器
  • 表面去油
  • 产品描述:基于JYM微波无极紫外灯系统设计,激励器在灯管中部激发,发出的紫外光更均匀、亮度更高,适用于光清洗、印刷、材料表面改性、表面去油等需辐照的场合。可根据应用场合的不同,来设计不同的箱体和灯管排列方式。
  • 在线订购

巨源+光清洗微波无极紫外光泵+JYM+1


【产品名称】光清洗微波无极紫外光泵

【产品型号】JYM+1

【关 字】微波无极紫外光泵,光清洗机器,紫外线发生器,印刷制版灯,材料表面改性机器,表面去油机器

【产品类别】UV光泵

【技术原理】

基于微波无极紫外灯系统设计研发,通过微波、紫外线和臭氧三位一体作用于处理物质,利用UV光解、光催化、光氧化、光解VOCS和干扰细胞合成等方式,达到消毒杀菌和加快有机物分解,用于各种有毒、异味、恶臭、污染等气体、液体的净化处理。

1.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。

2.紫外线:光谱为253.7nm的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。

3.臭氧( O3 ):微波激发光谱为185nm的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.激励器在灯管中部激发,紫外光更均匀、亮度更高;

2.可根据场合调整箱体和灯管排列,适应性强;

3.高频微波破坏细胞,致使病院微生物突变死亡;

4. 253.7nm紫外线破坏微生物DNA,强效消毒灭菌;

5.臭氧(O3)作为强氧化剂,无死角杀菌细菌;

6.促使从烃到羧酸的种类众多有机物都可分解,光解能力强;

【应用范围】光清洗、印刷、材料表面改性、表面去油、辐照场合

【综合介绍】

基于JYM微波无极紫外灯系统设计,激励器在灯管中部激发,发出的紫外光更均匀、亮度更高,适用于光清洗、印刷、材料表面改性、表面去油等需辐照的场合。可根据应用场合的不同,来设计不同的箱体和灯管排列方式。

【使用说明】

【产品照片】

【视频资料】【同系产品】【规格参数】见产品参数表

巨源+光清洗微波无极紫外光泵+JYM+1+说明书

[Product name] Light cleaning microwave non polar ultraviolet light pump
[product model] JYM+1
Microwave non polar ultraviolet light pump, light cleaning machine, ultraviolet generator, printing plate lamp, material surface modification machine, surface deoiling machine
[product category] UV optical pump
[technical principle]
Research and design of microwave electrodeless UV lamp system based on the microwave, UV and ozone three-in-one effect on processing material, the use of UV photolysis, photocatalysis and oxidation, photolysis and VOCS interference cell synthesis, achieve sterilization and accelerate the decomposition of organic matter, used for purifying various toxic odor, odor pollution, etc. gas and liquid.
1. microwave: the polar materials in the cell will be interfered with 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.
2. ultraviolet: the ultraviolet spectrum of 253.7nm is the best disinfecting spectrum line by irradiating the DNA of microorganism to make photochemical reaction and deactivation.
3. ozone (O3): the microwave excitation spectrum is the strongest oxidant known for the strong oxidation of the ozone generated by the reaction of 185nm's rays with the oxygen in the air. 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. exciter is excited in the middle of the lamp, and the ultraviolet light is more uniform and brighter.
2. can adjust box and lamp tube arrangement according to the situation, adaptability is strong;
3. high frequency microwave damage cells, resulting in the death of 4. Hospital of microbial mutation; 253.7nm UV damage microbial DNA, potent ozone disinfection and sterilization; 5. (O3) as a strong oxidant, no dead bacteria sterilization; 6. to carboxylic acid from the hydrocarbon to many types of organic compounds can be decomposed, photolysis ability;
Light cleaning, printing, surface modification of materials, surface deoiling, irradiation
[comprehensive introduction]
Based on the design of JYM microwave electrodeless ultraviolet lamp system, the exciter in the middle of the lamp tube stimulates the UV light to be more uniform and brighter. It is suitable for occasions such as light cleaning, printing, material surface modification and surface degreasing. According to the different application situation, to design different box and lamp tube arrangement.
[instructions]
[product photo]
[video data] [specifications] see the product parameter table



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