紫外光灯的行业应用

紫外线灯的应用

紫外线，也称为紫外线，是一种 电磁辐射，其波长接近光和X射线。它广泛应用于世界各地，从可用的电力产生到简单的黑光的许多其他常规用途，应有尽有。紫外线灯用于工业，商业和医疗保健领域的各种应用。

使紫外线有价值的基本规则是其破坏性。当暴露于紫外线下时，生物的行为和反应会有所不同。除了基本的破坏性规则外，惰性材料和活生物体在紫外线下的表现也比正常房间或白光下明显。

同样，它在单个表面（例如身份证），老式瓷器的修理或破裂的公寓墙壁上的影响也将在暗光下被发现。现在，主要还是通过在紫外线灯下对美元，旅行支票和其他精致的档案进行认证。

紫外线（UV）的某些用途/应用包括鞣制，荧光检查，xiaodu，卫生控制，水xiaodu等，如下所述。

紫外线灯用于晒黑

紫外线对皮肤和DNA结构的影响可以积极地用于增强肤色。这些使紫外线可用于晒黑。所有晒黑床都使用紫外线来重现阳光对裸露皮肤的影响。与晒日光浴非常相似，使用日光浴床的人可能会造成晒伤。因此，在室内晒黑中使用了紫外线。室内晒黑比晒黑更安全，因为太阳的紫外线光束不均匀，在某些情况下比其他时候更炽烈。晒黑无可挑剔，需要更多的时间在阳光下。显然，室内晒黑可以在5至20分钟内获得类似的效果。

在太阳有UVA和UVB梁，其中UVA梁让你的皮肤变深，但在紫外线光束伤害你的DNA。沙龙只使用UVA光束。更容易暴露在阳光下的这些光线下，因为它的温度要高得多，并可能导致晒伤和中暑。

床和摊位经过特殊设计，可以使您的皮肤看起来很有 特色，在使用UVB光束的情况下，阳光会使太阳晒黑和晒伤。沙龙有教育工作者来指导您进行受保护的健康棕褐色，而阳光则无法控制。

紫外线灯用于荧光检查

暴露在紫外线下，各种材料的反应不同。因此，紫外线被用于检查不同的表面和材料。紫外线的使用使物体发光。紫外线手电筒是一种常见的应用。紫外线控制有两种基本类型。荧光灯中的紫外线可产生100％的紫外线能量，而紫外线仅散发出紫光。UV旋钮是万圣节装饰品最珍贵的决定。由于这个原因，荧光灯管中的紫外线对黑光的影响也同样出色。

黑光荧光灯包含一种称为磷光体的特殊成分。激活后，荧光暗光会产生紫外线能量。这种能量否则称为UVA活力。电磁光谱中的黑光能量从310纳米波动到400纳米。人眼只能识别400至700纳米波长之间的能量。正是这些黑光灯波长导致了荧光的存在，从而使这些旋钮发出的光极佳且诱人。在约370纳米范围内，光辐射进入可检测范围，以传输少量的淡蓝色光。

黑光灯还发现了许多工业和家庭用途。在机械场所中使用黑光灯时，要在组装和质量控制检查过程中检查是否有断裂，裂口和各种缺陷。在商业上应用时，小酒馆和夜总会发现它们对于发荧光的整体和装饰物以及除虫器和致幻照明特别有价值。黑光灯的另一种显着商业用途是橱窗展示，室外和室内促销以及戏剧性和电视视野照明。

侦探和其他监视公司使用的黑光灯用于对文件进行分组和检查，影印检查，伪造现金和钞票的识别，邮票检查，石油地质，科学，处理和虹彩仪表板。

紫外线灯用于xiaodu

紫外线xiaodu是一种通过利用紫外线使小型生物失活来处理饮用水的策略。由独特的低重量汞蒸气灯组成的UV装置会产生UV辐射，并且这些灯不会与水接触。将紫外线灯安装或容纳在水或石英玻璃套管外部的设备外部，然后水通过敞开的紫外线管。这允许水流将紫外线吸收到其流中。

紫外线xiaodu是一种无化学过程，可专门消灭波长为240至280纳米的细菌。根据光化学反应，破坏了微生物或细菌，该光化学反应破坏了细菌DNA中发现的DNA信息。以这种方式，这意味着细菌丧失了繁殖能力，因此被破坏了。

此外，还使用紫外线从水中去除氯胺和氯，该过程称为光解。与常规xiaodu相比，光解需要更高的测量值。尽管通过紫外线辐射实现了微生物的杀菌，但该程序仍无法从水中去除杀菌的细菌，无机物质或溶解的天然颗粒。

紫外线灯用于卫生控制

这是紫外线的另一个积极用途。我们所居住的环境充满细菌和细菌。我们接触的表面和使用的设备不受这些细菌的侵害。工作台，用具和设备只是可以发现有害细菌，霉菌和病毒的表面的一些示例。紫外线可用于控制这些表面的卫生条件。用于细菌控制的紫外线已在家庭和商业中用于通过净化表面以提高更高清洁度来消除细菌。

用于细菌控制的紫外线有助于确保商业企业采取“更佳实践”政策来解决看不见的问题；保护员工和客户免受食物中毒或交叉污染的侵害。尽管它主要是对表面进行xiaodu和xiaodu，但它在家庭和餐饮业中的应用却更加广泛。因为它可以用来延长水果和蔬菜的保质期。

具有杀死99.9％细菌的能力，用于细菌控制的紫外线正成为任何现代家庭或企业（尤其是餐饮业）必不可少的卫生习惯。从业务角度来看，它也是非常有效的。只需接触20秒钟即可对表面进行xiaodu，这也是一种有效，有效且完全安全的表面净化方法。

紫外线水处理系统或小工具可用于清洁地表水和井水，也可用于其他水处理目的，例如水族馆和水坝。与其他水处理xiaodu装置相比，使用紫外线灯装置更安全。用于水xiaodu的氯方法和在生物质炉子上沸腾的水会破坏更大的生物。但是，这些类型的系统过高。紫外线水处理速度快，精巧，在能源消耗方面比沸腾高出20,000倍。

紫外线灯用于饮用水xiaodu

紫外线是一种很好的xiaodu剂。也许您是在问自己，光能xiaodu水并清除有害生物的限制是多少？无论如何，事实是可以做到的。紫外线是一种在封闭区域内消灭或提供无害微生物的方法。这些微生物的变化范围从细菌污染到霉菌和原生动物。紫外线杀菌被用作水过滤，污水处理过程中的维持和更新的确认，以及其他各种杀菌应用。

UV杀菌的一种必要命令是，它可以比氯更快地对水进行杀菌，而无需繁琐的维护箱和有害化学物质的使用。紫外线处理系统同样具有成本效益。

如通过细胞分隔UV光浸润和胞质膜时，它驱动所述微生物的DNA，其由分割限制它的子核变化。如果该单元无法复制，则视为已死。被杀死后，水将是无菌的。

应用范围不仅限于饮用水，水族馆紫外线xiaodu器就是一个很好的例子。

紫外线灯用于空气清洁

如果您是房主，并且曾经经历过霉菌滋生，那么您将了解霉菌对家庭环境的影响。这些影响包括但不限于空气污染。然而，很少有事情说起来容易做起来难，而且很多情况下，模具在很短的时间内就开始恢复。霉菌通常是由潮湿的源头，泄漏等引起的。如果尚未找到或修复，则可以更大程度地减少霉菌重新生长或反复进行补救探访的任何可能的最重要措施就是应用某些方法，该方法会杀死霉菌孢子并使其繁殖能力丧失：这将具有杀菌作用。安装在空调管道中的紫外线空气净化装置。最近，越来越多的公司将这种功能纳入常规空气净化器中。

紫外线已经使用多年，xiaodu只是一切从 水 到卫生保健表面 和 医疗等行业，以及 实验室和许多其他应用程序，其中完整的xiaodu是必要的。将紫外线灯放置在空调中的功能大致相同：假设您的系统中确实装有实验室级的紫外线灯泡，那么这些空气滤清器会导致漂浮的任何细菌或霉菌暴露于高强度的紫外线灯下，这会破坏大多数细菌和霉菌孢子的细胞结构。这破坏了它们的DNA，使它们无法繁殖。因此，如果您要摆脱黑霉病，那将是有道理的或任何其他类型的霉菌，使其具有某些残留物，可以在执行修复程序后始终杀死可能残留在空气中的任何残留霉菌孢子。显然，确保除去任何水分过多的水分源非常重要，但是确保杀死任何残留的霉菌孢子是确保其不再回来的重要步骤。

对于模具修复业务中的任何人来说，显然，您的姓名和声誉主要取决于您的修复程序的运作情况。如果您要提供优质的紫外线空气净化器作为一项附加服务，您可能会击败竞争对手，因为几乎没有人看到我们将其作为防止将来霉菌生长的附加步骤。对于任何人，无论是房主还是霉菌修复企业主，都要确保您选择的紫外线空气净化器系统包括真正的36瓦实验室级灯泡。功率较小的灯泡根本无法正常工作，并且您不希望提供或安装会降低空气xiaodu效果的产品。

紫外线灯用于室内园艺

UV LED紫外线灯在未来城市景观中扮演着重要角色。在室内收获时使用紫外线LED生长灯可以扩大多酚的生产，据信多酚具有防癌剂和抗衰老特性。除了可食用的园艺外，众所周知，紫外线灯通过提高其药用强度，已在树脂生产工厂（例如医用大麻）中获得了有益的应用。

结论

紫外线是电磁辐射。它是在通过电曲线产生的太阳光中发现的，与自然光相比，它的波长短，但是比X射线长。是紫外线导致晒伤。但是，它既有害又有益于人类健康。然而，最新技术研究活动中的大量进步和发展使得UV灯有可能以对人类有益的方式使用。

如今，它们已被用于执行日常生活以及许多行业中的许多不同任务。有了上述紫外线应用，我们将受益匪浅。随着做出不同的发明，将会出现越来越多的好处。这些进步是针对使用紫外线来寻找受伤动物的位置，安全用途，法医等等，其中一些已经实施。因此，紫外线的应用不受限制，因此我们期望出现更多的用途。

The Uses/Applications of UV(Ultraviolet) Light

Ultraviolet light, also known as UV light, is a type of electromagnetic radiation that has a wavelength somewhere close to light and X-rays. It is used broadly all over the world, in everything from the generation of usable electric power to the many other regular uses for a simple black light. UV lights are used in various applications ranging from industrial, commercial and healthcare sectors.

The fundamental rule that makes UV light valuable is its destructive nature. Organisms behave and react differently when exposed to UV light. In addition to that basic destructive rule, inert materials and living organism show up distinctively in UV light than they do under the normal room, or white, light.

Likewise, its effect on a single surface, for example, an ID card, a repair to old fashioned porcelain or a cracked apartment wall will also be uncovered under the dark light. US currency, traveler’s checks, and other delicate archives are likewise now mainly made to be certified by viewing under UV light.

Some of the uses/applications of UV(Ultraviolet) light include tanning, fluorescent inspection, disinfection, hygiene control, water sanitization, etc. as described below.

Tanning
The influence that UV light has on the skin and the DNA structure can be positively used to enhance the skin color. These make UV light to use in tanning. All sun tanning beds utilize UV lights to recreate the impacts of sunlight on exposed skin. Much the same as genuine sunbathing, people who use tanning beds risk creating sunburn. Due to this reason, UV light is used in Indoor tanning. Indoor tanning is more secure than sun tanning because the sun’s UV beams are not uniform, in some cases more blazing than other times. It requires greater time in the sun to get an impeccable tan. Clearly, you can get a similar one from five to twenty minutes with indoor tanning.

The sun has UVA and UVB beams where the UVA beams make your skin darker, yet the UVB beams harm your DNA. The salons just use UVA beams. It is simpler to get exposed to these lights from the sun since it is so considerably hotter and can lead to sunburn and also have a heat stroke.

The bed and booth are specially made to make your skin look characteristic, where the sun makes a suntan and sunburn both given the UVB beams. The salon has educators to guide you to a protected, healthy tan, whereas the sun can’t be controlled.

Fluorescent Inspection
Various materials react differently when exposed to UV light. For this reason, Ultraviolet light is used in the inspection of different surfaces and materials. The use of UV light makes things shine. A common application is represented by UV flashlights. There are two fundamental types of UV controls. UV accessible in fluorescent lights produces UV energy while UV beams just emanate a blackout purple light. UV knobs are a most cherished decision for Halloween adornments. UV in fluorescent tubes for black light impacts are likewise outstanding for this reason.

Blacklight fluorescent lights contain an extraordinary component known to as phosphor. After being activated, a fluorescent dark light creates its UV energy. This energy is otherwise called UVA vitality. Blacklight energy fluctuates from 310 nanometers to 400 nanometers in the electromagnetic spectrum. The human eye can recognize energy just between 400 to 700-nanometer wavelengths. It’s these wavelengths that cause the presence of fluorescence, making the lighting delivered by these knobs excellent and alluring. In the scope of around 370 nanometers, the light radiation enters the detectable range to transmit a little measure of pale blue light.

The dark light has discovered many uses for industry and home use also. Dark light uses in the mechanical place incorporate inspection for breaks, splits, and different defects during assembling and quality control examinations. Commercially applied, they have been observed to be exceptionally valuable by bistros and night clubs for fluorescing ensembles and decorations and additionally for bug traps and hallucinogenic lighting. Another notable commercial use of dark light globules is window shows, outside and indoor promoting, and dramatic and TV view lighting.

Used by detectives and other monitoring companies, dark lighting is utilized for grouping and checking of documents, photocopy inspection, recognition of forged cash and bank notes, stamp examination, oil geology, science, treating and iridescent instrument boards.

Disinfection
UV disinfection is a strategy for treating drinking water by the utilization of ultraviolet radiation to inactivate small scale creatures. UV units comprising of unique low-weight mercury vapor lights create UV radiation and the lights never come into contact with water. The UV lights are mounted or housed in the outside of the unit outer to the water or quartz glass sleeve, and the water then goes through an open UV tube. This allows the stream of water to absorb the UV light into its stream.

UV disinfection is a chemical-free process and destroys the bacteria specifically with a wavelength of 240 – 280 nanometers. The microorganisms or bacteria are destroyed in light of the photochemical reaction that destroys the DNA information that is found in the bacteria’s DNA. This, in this manner, implies the bacteria loses the capacity to reproduce and consequently is destroyed.

UV light is additionally used to remove chloramine and chlorine from water, and this procedure is known as photolysis; photolysis requires higher measurements than normal disinfection. In spite of the fact that sterilization of microorganisms is achieved by the utilization of UV radiation, the procedure won’t remove the disinfected bacteria, inorganic substances or dissolved natural particles from the water.

Hygiene Control
This is another positive use of UV light. The environment we stay in is full of bacteria and germs. The surfaces we touch and equipment we use are not safe from these germs. Worktops, utensils, and equipment are just a few examples of surfaces that harmful bacteria, mold, and viruses can be found. Ultraviolet light can be used to control the hygienic conditions of these surfaces. UV Light for germ control is being used in both domestically and commercially to help eradicate germs by purifying surfaces to enhance the highest level of cleanliness.

UV Light for Germ Control is contributing to ensuring commercial businesses are operating a ‘best practice’ policy in tackling the unseen; safeguarding staff and customers from food poisoning or cross-contamination. Though it primarily disinfects and sanitizes surfaces, its use in the home and catering industry stems even further; as it can be used to extend the shelf life of fruit and vegetables.

With the ability to kill 99.9% of germs the UV light for germ control is becoming an essential hygiene practice for any modern home or business, especially the catering industry. From a business perspective, it is also very efficient. Surfaces can be sanitized in just 20 seconds of contact, and it is also an effective, powerful and entirely safe method for purifying surfaces.

UV water treatment systems or gadgets can be used to clean surface and well water, and may likewise be used for other water treatment purposes, for example, aquariums and dams. When contrasted with other water treatment disinfection units, the utilization of UV light units are safer. Chlorine methods for water disinfection and boiling water over a biomass stove can destroy bigger living organisms; however, these type of systems are exorbitant. UV water treatment is amazingly quick and proficient and can be 20,000 times more efficient with regards to energy consumption than boiling.

Sterilize Drinking Water
Ultra Violet light ray is a good sterilizer. Maybe you are asking yourself in what limit can light sanitize water and remove harmful organisms. In any case, truth be told it can. UV light is a method for destroying or rendering harmless microorganisms in an enclosed area. These microbes can vary from bacteria contaminations to mold and protozoa. UV sterilization is used as a piece of water filtration, sewage treatment affirmation of sustenance and refreshments, and various other sterilization applications.

A good imperative form of UV sterilization is that it sterilized water faster than chlorine without cumbersome maintenance tanks and use of harmful chemicals. UV treatment systems are similarly cost-effective.

As UV light infiltrates through the cell dividers and cytoplasmic membrane, it drives a sub-nuclear change of the microorganism’s DNA, which limits it from dividing. If the cell can’t replicate, it is seen as dead. After being rendered dead, the water will be germ-free.

The applications go beyond just drinking water, aquarium UV sterilizers being a good example.

Air Cleaning
If you’re a homeowner and you have ever experienced mold growth in your apartment, then you understand the effect mold has on the home environment. These effects include but not limited to contamination of the air. Seldom that is a lot easier said than done, though, and many times the mold starts coming back after a short time. Molds are normally caused by a damp source, a leak, etc. If it has not been found or fixed, one most essential thing you can do to sharply reduce any chances of mold re-growing or repeated remediation visits is to apply something that kills the mold spores and incapacitates their ability to reproduce: that would be germicidal Ultraviolet light air purification units mounted in the air conditioner ducts. Recently more and more companies are incorporating the feature in regular air purifiers.

UV light has been used for many years to sanitize just about everything from water to surfaces in the healthcare and medical industries, as well as labs and many other applications where complete disinfection is necessary. Placing UV lights in air conditioners performs much the same thing: given that you do have lab-grade UV bulbs in the system, these air cleaners cause any bacteria or mold that float by to be exposed to high levels of UV-C light rays, which damages the cell structure of most bacteria and mold spores. This destroys their DNA, leaving them incapable of reproducing. So it would make sense that if you are trying to get rid of black mold or any other kind of mold to have something always killing any remaining mold spores that could be in the air after remediation procedures have been performed. Apparently making sure that any sources excess moisture sources have been removed are very important, but making sure any remaining mold spores are killed is an essential step to making sure it doesn’t come back.

For anybody in the mold remediation business, apparently, your name and reputation are mostly based on how well your remediation procedures work. If you were to offer quality UV light air cleaners as an additional service, you would probably beat out your competitors since almost no one we have seen offering this as an added step to preventing future mold growth. For anyone, whether, homeowner or mold remediation business owner, make sure that the ultraviolet light air purifier systems you choose include true 36 watt lab-grade bulbs. Lesser wattage bulbs simply don’t work as well, and you don’t want to offer or install something that is going to do an inferior job of disinfecting the air.

Indoor Gardening
UV LED lights are playing an important role in the future of urban landscapes. Utilizing UV LED grow lights for your indoor harvest can expand production of polyphenols, which are believed to have cancer prevention agent and anti-aging properties. In addition to edible gardening, UV lights as far as anyone knows have gainful applications for resin production plants, for example, medical cannabis by increasing strength of its medicinal properties.

Conclusion
UV light is electromagnetic radiation. It’s found in sunlight which is produced by electric curves and has a shorter wavelength compared with that of natural light, however, longer than x-beams. It’s the UV light that leads sunburn. However, it can be both harming and advantageous to human health. However, a great deal of advancements and developments in the latest technological research activities has made it possible for UV lights to be used in a way that is beneficial to humans.

These days they are used in performing many different tasks in day to day life and also in many industries.With the above-described application of UV light, we are set to benefit a lot. More and more benefits will be emerging as different inventions are made. These advances are directed towards the use of UV light for hunting to locate wounded animals, security uses, forensics and so on, some of which have already been implemented. Therefore, the applications of UV light are not limited, and therefore we expect more uses to emerge.