With the rapid development of science and technology, LED light sources and gradually inseparable from our lives. Today, the new and old alternation, undoubtedly the dominant position of LED light sources occupying daily lights, that is the LED industry problems and LED purchases. The question, share with you the doubts brought by these issues: LED light source industry three major issues LED light source problems 1: price. The price problem of LED products has always been one of the issues that have attracted much attention in the industry. If you are high, you will be considered not to be close to the people. If you are low, you will be said to be a self -descending identity. Therefore, the industry lacks a clear and clear standard.“Highness or not”In the embarrassing position, while the price of the product is restricted by the cost and the market, it has become a“As soon as possible”The question, the business owner will sell as much as possible, and for the consumer market, it seems that there are people who spend money to buy products. LED light source problem 2: policy. The United States has begun to completely ban incandescent lamps, which will be a major opportunity for LED products to compete in the market space, and this policy of favorable or disguised in the LED industry has emerged endlessly in recent years.“Policy poisoning”Make the LED industry overly dependent on government support. Although everyone understands that the industry will rely on the business market in the future, most companies still wait and see the government's trend in development, and immediately change the focus of the enterprise. Most LED companies have“Poisoning”The symptoms, imagine that you can stand on the shoulder of the giant, who would be unwilling to stand? LED light source problem three: concept. The concept is backward involved in many aspects. Channel, design, brand, marketing and other aspects can no longer measure and think about old concepts. Companies that have transformed from traditional lamps have channel advantages, but for channels or original projects, they have the advantages of channels or original projects. Adaptive reform is also necessary. What consumers do we face? What channels do they know about products through? What channels do they buy products? Today, with the continuous development of various technology, we carry the name of this high -tech industry. In front of the LED light source to buy three major misunderstandings, LED light sources, one, and the expectation of the actual service life is too high. LED manufacturer expects that the LED life will reach 100,000 hours MTBF (the average failure time, the standard for measuring light for traditional lamp manufacturers). However, just like all basic light sources, LED's light flux flow is also decayed over time. Therefore, although the LED light emitting time can be long, MTBF is not the only consideration for determining the service life. The decay of LED lumens is affected by many environmental conditions such as environmental temperature, humidity and ventilation. The influence of lingering attenuation is also affected by control, thermal management, current level, and many other electrical design considerations. Many salespersons may provide customers with some fuzzy information for some reasons when selling LEDs, causing misleading. For example, the service life of LED is about 100,000 hours. The 100,000 hours here refers to. However, as a light source of lighting, the brightness of the lights has a process of gradually decaying darker (such as sunlight, energy -saving lamps). This process is referred to as light decay. Therefore, when buying LED, consumers should pay attention to its speed of light decay, not use time, and consumers will not expect too much about the actual service life. LED light source misunderstanding two, take the actual light angle as an effective angle. The luminous angle of LED is divided into effective angles and actual lighting angles. The angle between the angle between the direction of the emitting strength is half the direction of the axial strength and the light emitting axial (method) is a valid angle. Two times the angle (or semi -power angle) of the half -value angle is the actual lighting angle. Angle beyond the angle of the axial strength, because the light is too weak in the actual application, does not count on the valid angle. Therefore, consumers should pay attention to the actual lighting angle of the product when buying products. When calculating the number of products used in the project, it is based on the actual lighting angle. LED light source misunderstanding three, the larger the power, the higher the brightness. The brightness of the LED is measured by luminous intensity. The light emitting intensity refers to the light emitting intensity in the direction of the method line (to the cylindrical luminous pipe refers to its axis), that is, the volume of the optical flux emitted by the three -dimensional angle of the unit. Due to the small luminous strength of the general LED, the light emitting intensity is often used in the units of the country. Generally speaking, the light source will radiate its light flux in different directions in different directions. The visible light radiation intensity released in the three -dimensional angle of the unit in a specific direction is called the light intensity, referred to as the axis brightness. From the concept of the power to the power of the power in the same time, the current is fast, the current is fast, the electricity is large; the current is slow, the electrical power is small, or in the equal time, the more the current does the current, the greater the electricity. On LED, the greater the power, the higher the brightness of the product. Taking the three -light red LED of a certain electronic company as an example, when the axial brightness is 1200mcd, the current is 40mA and the power is 0.48W; the three light white LED is at the same brightness, the current is 18mA, and the power is only 0.24W; it can be seen that it can be seen that it can be seen The power of the two lights under the same brightness is different. Therefore, consumers should pay attention to its axis brightness when buying LED lamps, not power. Zhuhai Co., Ltd. is a professional LED lamp bead manufacturer with a number of national patents. The main products include purple light LED, infrared LED lamp beads, ultraviolet LED lamp beads, color LED lamp beads, etc. High temperature resistance, high power. We have 16 years of LED patch experience. The monthly production capacity is about 60 million PCS, and the annual output is about 500 million PCS. It integrates R & D, production and sales. If you need to know more about LED lamp beads, you can consult our customer service for you“Tailor -made appropriate LED lamp beads”Essence

Author: Tianhui-Air Disinfection

Author: Tianhui-UV Led manufacturers

Author: Tianhui-UV water disinfection

Author: Tianhui-UV LED Solution

Author: Tianhui-UV Led diode

Author: Tianhui-UV Led diodes manufacturers

Author: Tianhui-UV Led module

Author: Tianhui-UV LED Printing System

Author: Tianhui-UV LED mosquito trap

In the optical industry UV glue curing selection, Tianhuiuvled Dot Light Source CICF has been seen in recent years, everyone can see that the optical industry has continued to grow, and the fields of optical treatment, optical communication and optical storage are getting closer to the lives of ordinary people, especially when we are every time we are everywhere. The mobile phone that is used in my hand has changed from a single camera to two, and there are even four or more. There are multiple optical glass and optical lenses inside the mobile phone camera. In fact, they are assembled by UV glue bonding. Most of the machines that solidify UV glue also use Tianhuvled light source LX-D40 or LX-C40. So, everyone will definitely ask, why use the UVLED dot light source curing machine? What are the advantages of UVLED dot -point light sources in the optical glass and optical lens industry? Below, tianhui will take you to understand. TIANHUIUVLED Dot Light Source LX-D40 has some characteristics: LX-D40 adopts LED lighting method, emitting 365nm ultraviolet light sources, which has no effect of heat radiation and deep ultraviolet light on the product components of the exposure. The service life is 25,000-30000 hours, and the output of cable is used to reduce the cost of equipment consumables for you. The power consumption is about 30W, which does not contain heavy metal HG substances. It is a new product of energy -saving and environmental protection. The advantage of tianhuiuvled light source curing machine LX-D40: 1 Thermal radiation is small, LX-D40 light-emitting parts LED peak is 365nm, and the spectrum is distributed from 360nm to 370nm. The traditional LAMP ultraviolet radiation machine generally increases the surface of the irradiated product by 60-90 C, which displays the positioning of the product, causing poor product. 2 Effect high -energy ultraviolet light, use new high -energy 365nm ultraviolet LED, quickly complete the solidification of ultraviolet glue, greatly improve production efficiency. 3 Reduce the cost of consumables. The use time of LX-D40 can generally reach 25,000-30000 hours, and the traditional LAMP method is about 2000 hours. Using cable output, LX-D40 can reduce the cost of equipment consumables and increase equipment utilization. 4 Energy-saving and environmental protection, LX-D40 power consumption is about 30W. When used, no light tube is required to preheat, that is, use it immediately, reaches 100%high power, does not contain toxic substances, and will not produce ozone. Safe and more environmentally friendly options. 5 Small volume design, the volume of the LX-D40 controller is about 1/8 of the volume of the volume of the traditional LAMP, making the installation of the device easier. The design of Xiaozhao shooting head, fully consider the space requirements of precision production, make the installation of the equipment more convenient. 6 The device can be applied to different processes. According to the actual situation, the user can select the external extension of the cable. 7 Unique fan heat dissipation, quickly discharge the chip heat, improve the stability of power output, extend the LED service life.

Author: Tianhui-Air Disinfection

Author: Tianhui-UV Led manufacturers

Author: Tianhui-UV water disinfection

Author: Tianhui-UV LED Solution

Author: Tianhui-UV Led diode

Author: Tianhui-UV Led diodes manufacturers

Author: Tianhui-UV Led module

Author: Tianhui-UV LED Printing System

Author: Tianhui-UV LED mosquito trap

In the lighting industry, I often hear what is talking about LED integrated light source modules and what are the LED integrated light source modules. In fact, the LED integrated light source module is to arrange the LED (light -emitting diode) in accordance with certain rules and then encapsulate it, plus some waterproof treatment products. There is a big difference in structural and electronic aspects and general LED products. Simple is to use a line board and shell equipped with LED to become a LED module. If you add some control, you can add some control through the constant current source and related heat dissipation treatment. Therefore, the application of LED integrated light source module in LD products is also very wide and more popular. The LED integrated light source module is mainly used to show the night effect of advertising fonts and logos, and has achieved the purpose of propaganda. Generally displayed in the form of text or identification, and hanging on the top of the commercial building or the wall hanging. In the daytime environment, the effect of the identification can be performed normally. At the same time, LED is used as the light emitting source, so that it will show another effect at night. If in some places with strong entertainment atmosphere, it will generally be equipped with LED lighting application control system to dynamically control the text or logo to make the atmosphere more active. Now we mainly explain the parameters of the LED integrated light source module: 1. Color is a basic parameter. Different colors are applied to different occasions. According to the color type, it can be divided into three types: monochrome, colorful, and full -color single -point control. Monochrome is a single color and cannot be changed. You can work after connecting the power supply. Colorful is that the entire string of modules can only be the same color, and cannot achieve different colors of a single module. In simple terms, only all modules can only achieve the same color at the same time. Inter -changing. A single point of full color is to control the color of each module. When the number of modules reaches a certain degree, the effect of display pictures and videos can be achieved. Note that the colorful and full -color single points must be added to the control system to achieve the effect. Second, voltage This is a very important parameter, and it is also a very basic parameter. What is generally common is the 12V low -voltage module. The operations involved in electricity are particularly noticed. When connecting the power supply and the control system, you must check the correctness of the voltage value. Otherwise, it cannot be powered on. Third, the working temperature means the temperature of the normal work of LED. Generally, between -20 60 , if it is in some places where requests, then special circumstances are specially processed. 4. Lottery-not-lens LED integrated light source module lighting angle is mainly LED. Let's decide that the difference in LED will lead to its different light angle. Therefore, manufacturers usually use the angle of LED's luminous angle as the angle of LED integrated light source module. 5. Brightness and brightness This parameter is a relatively basic one. It is a very important position in the LED. What we usually say in the LED integrated light source module usually refers to luminous intensity and lingering. In the case of small power, luminous intensity (MCD) is usually said. 6. If the waterproof level is used outdoors, it will be very important if the LED integrated light source module is used outdoors. In general, the waterproof level must be reached IP65, otherwise it will affect it in the case of wind and rain. 7. The length of the single -bar connection This parameter is used more when doing large -scale projects. It refers to the number of modules connected in a series LED integrated light source module. Usually this is related to the connection line size of the LED integrated light source module. 8. Formula for the power of power about LED integrated light source module: The power of the module = the power of a single LED The number of LEDs 1.1.

Author: Tianhui-Air Disinfection

Author: Tianhui-UV Led manufacturers

Author: Tianhui-UV water disinfection

Author: Tianhui-UV LED Solution

Author: Tianhui-UV Led diode

Author: Tianhui-UV Led diodes manufacturers

Author: Tianhui-UV Led module

Author: Tianhui-UV LED Printing System

Author: Tianhui-UV LED mosquito trap

There are often various solidification phenomena in UV curing technology. The most prone to bad phenomenon is the following. However, sometimes the reason for the poor curing is comprehensive. In other words, sometimes 2 or more solidified phenomenon occurs at the same time in the same product. The specific solution is to contact the technical personnel of the manufacturers of UV resins, UV mercury lamps, product materials, and UV curing machines first, or completely detect the real cause of the phenomenon of solidification. Effective solution. The concept of poor solidification, so -called solidification, means: first, there is no complete solidification state, that is, the state of not hardening; second, the state of excessive solidification, that is, overcured. If the phenomenon of hardening occurs, it will be burned by the cure, or the heat change phenomenon will occur due to the high calorie of the curing bin. If the phenomenon of unseenized phenomenon is because the resin is not completely solidified, the product is sticky, the adhesive force will be significantly reduced, or the resin solution that is not solidified on the surface of the product. 1. Product thermal deformation heat does not have much effect on metal or wood, but the thin plastic series of film or film products is very sensitive to heat. The calories are extremely sensitive, so it can be said that the top priority in the work of solving product thermal deformation in this field. 1) Wave: Thermal deformation is primary stage. 2) Curl: Start partial deformation. 3) Shrinkage: serious local deformation. 4) Carbonization initial stage: all turn yellow, black, and severe thermal becomes serious. 2. Although the adhesive effect seems to have completed the curing process, the adhesion effect between the materials and the coating is not good. It may be scraped with a nail or coin gently, the curing layer will be scraped off, and the cross -cutting test cannot be tested. Mobile parts, LCD display parts or films, COG/BGA and other chip components must be very firm. 3. Swaging, Bulging) The mother material that needs to be painted is like plastic or rubber, which is very sensitive to thermal material. Part of the mother material or resin will swell out due to heating when curing. , It will cause the phenomenon of burning of the mother material or resin. The expansion of the internal and external bending is severe, and the phenomenon of bubbles appears inside, so that the appearance after solidification will not look good. This kind of bad appears in the optical film and mobile phone display flat solidification. 4. Bubbling (Bubbling, Air Bubble) film, high -quality film and other precision films, although the solidification and bonding can be fully completed, if you observe it with a microscope, you will find that there are fine and micro -cracks existing. The reason for it has not yet been concluded, which is also the phenomenon of bad product that is difficult to solve. We believe that this is the result of the crystal of the resin in the horizontal distribution after the resin is solidified. 5. Surface crack film, high -quality film and other precision film. Although the solidification and adhesion can be fully completed, if you observe it with a microscope, you will find that there are fine and micro -cracks. The reason for it has not yet been concluded, which is also the phenomenon of bad product that is difficult to solve. We believe that this is the result of the crystal of the resin in the horizontal distribution after the resin is solidified. 6. The phenomenon of yellowing is a phenomenon that occurs more when solidifying on transparent resin. You can reduce the phenomenon of yellow change from adding yellow changes in the composition of resin to reduce the phenomenon of yellow change. 7. Film non -dry glue ink printing commonly used thin -film non -drying materials are: polyethylene, polypropylene, polyester, polyvinyl chloride, polystyrene, polyolefin, etc. But the difference is that the film is not absorbed. Therefore, the printing of the film does not dry glue mainly uses UV convex marks and UV soft printing. However, in the process of printing and processing, the problem that label printing companies often encounter are the insufficient paste of UV ink on the surface of the film. The solidification has a great impact on the stretch strength. With the increase of the curing of the adhesive, the cross -linked density increases, the average molecular mass of the cross -linking point becomes smaller. If the epoxy and polyurethane acrylics are coordinated, the adhesion will be greatly enhanced.

Author: Tianhui-Air Disinfection

Author: Tianhui-UV Led manufacturers

Author: Tianhui-UV water disinfection

Author: Tianhui-UV LED Solution

Author: Tianhui-UV Led diode

Author: Tianhui-UV Led diodes manufacturers

Author: Tianhui-UV Led module

Author: Tianhui-UV LED Printing System

Author: Tianhui-UV LED mosquito trap

Ultraviolet (UV) is electromagnetic radiation that falls within the light spectrum between visible light and x-rays. UV LED diode is divided into three main categories: UVA, UVB, and UVC. UVC light, which has the shortest wavelength and highest energy, is most commonly used for sterilization because it can kill or inactivate many microorganisms, including bacteria, viruses, and fungi.

Direct irradiation of the human body with UV light is not recommended for sterilization because UV radiation can cause damage to the skin and eyes. UVC light, in particular, can cause sunburn, skin cancer, and cataracts and damage living cells' DNA. Therefore, it is unsafe to directly irradiate the human body with UV light, as it can cause harm. Instead, UV light is typically used to sterilize surfaces or objects, such as medical equipment, or to purify air or water.

It is also worth mentioning that UV-C light is also used in some UV-C lamps in the home that are supposed to kill bacteria and viruses, but these lamps may not be as effective as the UV-C light sources used in hospitals and labs. Please read on to learn more about ultraviolet light and its sterilization effects.

UVC light and its use in sterilization

UVC light, also known as "germicidal UV," is a type of ultraviolet radiation with a wavelength range of 200-280 nm. It is the most effective type of UV light for sterilization because it has the shortest wavelength and highest energy, which allows it to penetrate and damage the

DNA of microorganisms, effectively killing or inactivating them. This makes it an effective tool for killing many microorganisms, including bacteria, viruses, and fungi.

UVC light is used in various settings for sterilization purposes, including hospitals, laboratories, and food processing plants. In hospitals and laboratories, UVC light is used to sterilize surfaces and equipment, such as surgical instruments, to prevent the spread of infections. Similarly, in food processing plants, UVC light is used to purify water and air to prevent the growth of microorganisms that can spoil food.

UVC lamps and bulbs are also used in air and water purifiers for household use. The UV-C light inside these devices is supposed to destroy viruses, bacteria, and other microorganisms in the air or water, making it safer to breathe or drink. However, it is vital to note that these lamps may not be as effective as the UV-C light sources used in hospitals and labs.

It is also worth noting that UVC light should never be used to directly irradiate the human body as it can cause skin and eye damage, sunburn, skin cancer, and cataracts, and can damage the DNA of living cells.

Direct irradiation of the human body with UV light

Direct irradiation of the human body with UV light, also known as UV light therapy, is not recommended for sterilization or any other purpose. This is because UV radiation can cause harm to the skin and eyes. UVC light, in particular, can cause sunburn, skin cancer, and cataracts, damaging the DNA of living cells.

UV radiation can also negatively affect the immune system, making it more susceptible to infections. Therefore, direct irradiation of the human body with UV light should be avoided. UV light should only sterilize surfaces or objects or purify air or water. If UV light therapy is needed, it should be administered under a healthcare professional's guidance and with protective gear.

In addition, UV radiation exposure can negatively affect the immune system, making it more susceptible to infections. Therefore, direct irradiation of the human body with UV light is not recommended. Instead, UV led module should only be used to sterilize surfaces or objects or to purify air or water. If UV light therapy is needed, it should be administered under a professional's guidance and with protective gear.

The potential harm caused by UV radiation

Ultraviolet (UV) radiation can negatively affect human health, including short-term and long-term harm. UV radiation can cause damage to the skin, eyes, and immune system, increasing the risk of certain types of cancer. Some other types of damages and health risks associated with UV radiation are:

Skin Damage

UV radiation can cause various skin problems, including sunburn, skin cancer, and premature aging. Sunburn, caused by overexposure to UV radiation, can cause redness, pain, and inflammation of the skin. Long-term exposure to UV radiation can increase the risk of skin cancer, which can be fatal if left untreated. UV radiation can also cause premature skin aging, leading to wrinkles, aging spots, and other signs of aging.

Eye Damage

UV radiation can also cause damage to the eyes, leading to various problems, including cataracts, age-related macular degeneration, and eye cancer. Cataracts, a clouding of the eye's natural lens, are the leading cause of blindness worldwide. Age-related macular degeneration (AMD) is a major reason for vision loss in older adults. Both of these eye diseases are associated with long-term exposure to UV radiation.

Immune System

UV radiation can also negatively affect the immune system, making it more susceptible to infections. UV radiation can damage the DNA of cells, leading to mutations that can lead to cancer. UV radiation can also suppress the immune system, making it unable to fight off infections.

Cancer

Prolonged exposure to UV radiation can increase the risk of different types of cancer, such as skin cancer, melanoma, and eye cancer. Melanoma, the most devastating form of skin cancer, can be deadly if not detected and cured early.

UV radiation can cause various negative health effects, including skin damage, eye damage, damage to the immune system, and an increased risk of certain types of cancer.

Therefore, it is important to limit exposure to UV radiation by staying out of the sun during peak hours, wearing protective clothing, and using sunscreen.

Alternate uses of UV light for sterilization

Ultraviolet (UV) light has been used for decades as a means of sterilization and disinfection due to its ability to inactivate microorganisms such as bacteria, viruses, and fungi. A UV led module can be used to sterilize a variety of surfaces and objects, as well as to purify air and water. Two main types of UV light are used for sterilization: UV-C and UV-A/B.

UV-C Sterilization

UV-C light, also known as "germicidal UV," is the most commonly used form of UV light for sterilization. This type of UV led diode has a wavelength of between 200 and 280 nanometers (nm), which is the most effective range for inactivating microorganisms.

UV-C light can sterilize many surfaces and objects, including medical equipment, laboratory surfaces, and air and water. UV-C light is also used in air purifiers to kill mold and bacteria and in water purifiers to inactivate microorganisms such as bacteria and viruses.

UV-C light can be delivered through various devices such as UV lamps, UV light boxes, UV-C robots, and UV-C air and UV water disinfection. These devices can be used in enclosed spaces such as hospitals, labs, and food processing plants to sterilize surfaces and air and to purify water.

UV-C light for sterilization is considered safe when used in a controlled setting and under professional guidance. However, it is essential to be aware that exposure to UV-C light can harm the skin and eyes, and precautions should be taken to avoid direct exposure.

Furthermore, its popularity is due to its ability to kill microorganisms quickly and not leave residue after sterilization. However, it should be used under professional guidance to avoid harming humans.

UV-A/B Sterilization

UV-A and UV-B light, which have longer wavelengths than UV-C light, are also used for sterilization in some applications. UV-A light has a wavelength of between 315 and 400 nm, and UV-B light has a wavelength of between 280 and 315 nm. While not as effective as UV-C light at inactivating microorganisms, UV-A and UV-B light can still be used to sterilize certain surfaces and objects, such as food packaging and textiles.

For instance, in the food industry, UV-A and UV-B light can be used to sterilize food packaging and containers by killing bacteria and other microorganisms that can cause food spoilage.

Likewise, UV-A and UV-B light can also be used to sterilize textiles, such as clothing and bedding, by killing bacteria and other microorganisms that can cause odors and stains.

UV-A and UV-B light are air disinfection agents, but it's less effective than UV-C light. This type of UV led diode can be delivered through various devices such as UV lamps, UV light boxes, UV water disinfection, and UV-A/B air purifiers.

It's important to note that UV-A and UV-B light exposure can harm the skin and eyes, and precautions should be taken to avoid direct exposure. UV-A and UV-B lights should be used in a controlled setting and under professional guidance to avoid harming humans.

Moreover, UV-A and UV-B light are not as effective as UV-C light at inactivating microorganisms, but they can still be used to sterilize certain types of surfaces and objects, such as food packaging and textiles. However, using them under professional guidance is important to avoid harming humans.

UV led manufacturers provide light to sterilize enclosed spaces such as hospitals, laboratories, and food processing plants. UV-C light is used for air disinfection and surfaces by installing UV lamps in the HVAC systems, UV led module, and UV-C robots.

Finally, UV light is a powerful and effective method of sterilization that can be used to inactivate a wide range of microorganisms. UV-C light is the most effective form of UV light for sterilization, but UV-A and UV-B light can also be used in certain applications.

UV-C lamps in the home and their effectiveness

UV-C lamps emit UV-C light and can be used for sterilization in the home. These lamps can disinfect surfaces, such as countertops and doorknobs, and air disinfection in enclosed spaces, such as rooms and closets.

UV-C lamps can be effective at inactivating microorganisms on surfaces when used properly.

However, it's essential to note that not all UV-C lamps are created equal, and the effectiveness of a UV-C lamp can vary depending on factors such as the intensity and time of the UV-C light. The distance between the lamp and the surface being disinfected.

It's also important to note that UV-C light can cause health concerns, and precautions should be taken to avoid direct exposure. Therefore, using UV-C lamps in the home is only recommended with professional guidance.

UV-C lamps can be effective at inactivating microorganisms on surfaces when used properly. However, it's vital to note that not all UV-C lamps are created equal, and the effectiveness of a UV-C lamp can vary depending on factors such as the duration and power of the UV-C light.

Does UV light penetrate the human body?

Yes, it does.

Light with longer wavelengths can travel deeper into the skin. Light in the UV spectrum is typically categorized as either UV-C (200 to 280 nm), UV-B (280 to 320 nm), or UV-A. (320 to 400 nm).

Finally, light with a wavelength around mid-ultraviolet (UVB) is the most cancer-causing. It is also found in areas (caused by sunlight) where the ozone layer is thin.

Conclusion and recommendations

Ultraviolet light, specifically UV-C light, can be used for sterilization by directly irradiating microorganisms and inactivating them. However, it's important to note that direct irradiation of the human body with UV led manufacturers doesn't recommend as it can cause harm to the skin and eyes.

UV-A and UV-B light, which have longer wavelengths than UV-C light, can also be used for sterilization in certain applications such as food packaging and textiles. But it's less effective than UV-C light.

Therefore, it is recommended to use UV light for sterilization under professional guidance and in a controlled setting to ensure proper usage and avoid harm to humans.

Finally, it's important to follow the manufacturer's instructions and safety precautions when using any air disinfection equipment.