Tianhui has encountered many customers in consultation. After the ultraviolet UVLED light source is irradiated, the surface of the glue will still feel sticky. After the glue is under destructive test, it is found that the glue is completely solidified, and all the glue is all all the glue. Has become solid state. Many people may understand that the radiation intensity of UVLED light sources is insufficient based on their own understanding, and the glue salesperson may not be enough based on professional knowledge. Is this really true? Actually not like this. Here we have to know the oxygen blocking! Oxygen closure is also called inhibitory inhibitory. Almost all radiation curing materials radiation and solidification reactions will be affected by oxygen in the air. Because the concentration of oxygen in the surface layer is the highest, the agglomeration of oxygen often causes the lower layer to be solidified, and the surface is not solidified. The test proves that for the varnish, the energy consumed by curing 1um thick coating in the air is more than the 1UM thick coating of 1um thick coating in the coating (5um from the surface). The oxygen bargaining effect not only extends the time of radiation curing, but also may damage the important performance of hardness, abrasion resistance, and injury resistance of the surface layer, such as hardness, abrasion resistance, and injury. The base state of general substances (that is, stable state) is a single -line, but the exception of oxygen molecules, its stable state is a three -line state, and there are two unreachable pairs of electronics in the same direction of spin. Therefore, it can be considered that oxygen molecules are double free radicals. Although the oxygen itself is relatively stable and cannot directly cause acrylic agglomeration at a general temperature, it will contend with the aggregate reaction of the free radicals to consume free radicals, thereby generating oxygen blocking agglomeration. There are many methods for slowing oxygen blocking methods. The physical method is to drive away the oxygen in the system in various ways, so that it cannot be in contact with the coatings and coating film. For example, at the station that is exposed to UVLED, blow the glue area with nitrogen, replace the oxygen molecules on the surface of the glue, and reduce the oxygen blocking gathering as much as possible. The chemical method can add oxygen cleaner such as unusamine, sulfurlol, and pyrumin compounds in the system. These compounds can be used as a lively hydrogen supply body to react with peroxide. Or use low polymers and active diluents with low oxygen sensitivity, such as active diluents and low polymers containing alpinel, propelinel, ether bonds. Excellent glue manufacturers, when producing glue, will consider the problem of oxygen blocking, so as to add appropriate polymers and active diluents to the glue formula. Whether the ultraviolet glue curing technology is successful, on the one hand, it depends on the UVLED light source, and on the other hand, it depends on the formula of ultraviolet glue. When the two are combined, the most cost -effective solution is the application of the plan to industry in the industry.

Author: Tianhui-Air Disinfection

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How to look at the model and size of LED lamps? The common lamp specification models of LED patch are 0603, 0805, 1210, 3528, 5050, etc. These numbers refer to the size of the light emitting components often used on the LED lamp belt ---- LED size (English/public system) name. For example, 0603 refers to 0.06 inches in length and 0.03 inches width. However, it should be noted that 3528 and 5050 units are public system. The following is a detailed introduction of these specifications: 0603: The conversion to the public system is 1608, which means that the length of the LED component is 1.6mm, the width is 0.8mm is 0.8mm. The industry is referred to as 1608, the British system is 0603. 0805: The conversion to public system is 2012, that is, the length of the LED component is 2.0mm, and the width is 1.2mm. The industry is referred to as 2112, the British system is 0805. 1210: The conversion to public system is 3528, which means that the length of the LED component is 3.5mm, and the width is 2.8mm. The industry is referred to as 3528, the British system is 1210. 3528: This is a public system, which means that the length of the LED component is 3.5mm, the width is 2.8mm, and the industry abbreviation 3528. 5050: This is a public system, which means that the length of the LED component is 5.0mm, the width is 5.0mm, and the industry abbreviation 5050. At present, most manufacturers produce patch -type lamp bar most of them are used in 3528 and 5050 and 3535 and 5630. Back to the previous step to print this page

Author: Tianhui-Air Disinfection

Author: Tianhui-UV Led manufacturers

Author: Tianhui-UV water disinfection

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Author: Tianhui-UV Led diodes manufacturers

Author: Tianhui-UV Led module

Author: Tianhui-UV LED Printing System

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020 lamp beads, 020 side light beads, patch 020 lamp bead manufacturers tell you what are the parameters of 020 lamp beads? 020 lamp bead series is a specification of the side light bead series. Many side luminous beads are used on the type of lamp beads on the backlight source. 020, 335, 0603 glowing, 0805 side light, 1206 side light, all of which are the same type. The side glowing and the top glow, that is, the surface glowing, the principle of luminous light, but the glowing surface is different. One is shining directly on the top, and the other is glowing on the side, mainly based on different product applications. The 020 side luminous beads are the same as other side luminous beads. The products are mainly used in various types of home appliances, electronic products, lighting lighting, communication, backlight, traffic instructions, car electronics, urban lighting products, etc. 020 The main color of the lamp beads is 020 side white light, 020 side red light, 020 side blue light, 020 side yellow and green light, 020 side emerald green light, 0202 side purple, 020 side pink pink color color. From the perspective of the 020 side lamp bead series, the 020 lamp bead specifications are still more. There is also the 020 white light and color light sideways listed in the previous, which are just monochrome -side hair. In fact, the 020 side glow can also be made of seven colors, full -color RGB lamp beads, six -footed one, and more lamps are used. There are more specifications and varieties produced by LED lamp beads manufacturers. 020 side glow, 335 side light, 3010 side light lamp beads, the current application is quite wide. Conventional brightness, specified foot ranking. 020 Lanads manufacturers can do it according to our requirements. Zhuhai manufacturers specialize in the production of 020 lamp beads. If some users need to customize, they can provide the original to 020 lamp bead manufacturers. The manufacturer will match your original way to confirm the parameters, sample, provide samples, provide specifications. And provide sample tests for free. It is more reliable to find LED lamp bead manufacturers. 020 are all packaged in rolls, monochrome 3000pcs per disk, RGB full color 4000pcs per plate, specific consultation lamp bead manufacturers, because each manufacturer may be different, so the number of each disk will be different. In short, if the lamp bead is high, it is best to make it. After all, many conventional parameters requirements cannot meet your ideal parameters. To make it, customize according to your needs, it will match. Don't think about the cheap price, which is affordable. Lantern beads are semi -finished products, an important part of lamps, and the quality of lamp beads is often the core of a lamp.

Author: Tianhui-Air Disinfection

Author: Tianhui-UV Led manufacturers

Author: Tianhui-UV water disinfection

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There are many customers who have used Tianhui's UV curing machines. They all know that Tianhui's UV curing machine has great characteristics, such as: good quality, high efficiency, no mercury contains, and the cost of maintenance is very low. The equipment is basically not easy to heat up. Tianhui's UVLED irradiation head is controlled by a micro computer. It can also be adjusted to manual according to the actual situation. At the same time. There are many options for the wavelength of UVLED curing machines, but the UVLED dot -point light sources are also light and light. UVLED curing machines can easily integrate it in automated configuration devices, or use it as a complete desktop system, small coincidence And exquisitely saves the space for storage of traditional machines. Due to the use of UVLED lighting methods, the life span is up to 25,000 hours (continuously ignited life). Energy -saving design. Some customers have been using it for 5 years, saying that the equipment is still very easy to use. After the UVLED is equipped with a special concentrated lens, it can concentrate its energy high at a certain point to improve the solidification efficiency. You can (4 UVLED lights can be installed in each device). UVLED curing machine can improve the surface hardness of the coating material, and the color is bright. Instant drying: avoid waiting for drying time, greatly shorten the painting process time. Professional affairs should be given to professional companies to customize. Our company has more than ten years of experience. Do not find some cheap equipment. They use inferior materials and backward craftsmanship. Machines are easy to damage, low efficiency. So professional machines have to be handed over to professional companies to do it, believe us, there is nothing wrong.

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

Welcome to our article exploring the exciting realm of Far-UVC lamps and their untapped potential in combatting harmful pathogens. In this piece, we delve into the groundbreaking 222 nm wavelength and how it could revolutionize the way we think about disinfection. Join us as we unravel the immense power harnessed by Far-UVC lamps, unlocking a new era of safety and protection against invisible threats. Discover the endless possibilities this technology offers and explore the cutting-edge research that could reshape the future. Get ready to delve into the captivating world of Far-UVC lamps and their remarkable ability to safeguard our health.

Introduction to Far-UVC Lamp Technology

Far-UVC lamp technology, specifically the 222 nm wavelength, has emerged as a potential solution for a wide range of applications. This groundbreaking technology, showcased by Tianhui's Far-UVC Lamp, has garnered attention for its ability to provide effective disinfection and sanitization without posing harm to human health.

Over the years, traditional UV lamps have been widely used for disinfection purposes. However, these lamps primarily emit UVC radiation at wavelengths of 254 nm, which can be harmful to human skin and eyes. The advent of far-UVC lamp technology has revolutionized the field by introducing a safer alternative.

Far-UVC lamps emit radiation at a wavelength of 222 nm, which lies within the range of germicidal UV-C radiation. This wavelength has proven to be highly efficient in killing viruses, bacteria, and other pathogens, making it an indispensable tool in combating infectious diseases and improving public health.

Tianhui, a leading brand in the field of far-UVC lamp technology, has harnessed the power of the 222 nm wavelength and integrated it into their innovative product. The Tianhui Far-UVC Lamp offers a breakthrough solution that not only effectively disinfects various surfaces but also ensures the safety of users in the process.

One of the key advantages of the Tianhui Far-UVC Lamp is its ability to target and destroy harmful microorganisms without causing harm to human skin and eyes. Unlike traditional UV lamps, which emit higher-energy UVC radiation that can cause skin and eye damage, Tianhui's Far-UVC Lamp emits a lower-energy radiation that is safe for prolonged exposure.

The 222 nm wavelength of Tianhui's Far-UVC Lamp has been extensively studied and proven to be effective in eradicating pathogens, including those responsible for airborne diseases. Its germicidal properties make it a valuable tool in high-risk environments, such as hospitals, schools, public transportation, and other crowded spaces.

In addition to its disinfection capabilities, the Tianhui Far-UVC Lamp also offers long-lasting performance and energy efficiency. With advanced technology and top-quality materials, this lamp has a lifespan of up to 8,000 hours, ensuring cost-effectiveness and minimal maintenance requirements.

Moreover, Tianhui's Far-UVC Lamp is designed to be user-friendly and adaptable to various settings. Its compact size and lightweight design make it portable and easy to install, allowing for flexible deployment in different environments. Whether it's mounted on walls, ceilings, or utilized in mobile units, the Tianhui Far-UVC Lamp offers versatility and convenience.

As the world faces the ongoing challenges of infectious diseases and the need for improved hygiene practices, Tianhui's Far-UVC Lamp technology offers a promising solution that combines effectiveness, safety, and convenience. By harnessing the power of the 222 nm wavelength, Tianhui is leading the way in the development and application of far-UVC lamp technology.

In conclusion, the introduction of Far-UVC Lamp technology, specifically the 222 nm wavelength, has brought about a new era in disinfection and sanitization practices. Tianhui's Far-UVC Lamp stands at the forefront of this revolutionary technology, providing effective protection against pathogens while ensuring the safety and well-being of users. With its unparalleled germicidal properties, long-lasting performance, and user-friendly design, Tianhui's Far-UVC Lamp is set to play a vital role in safeguarding public health and enhancing hygiene standards in various settings.

Understanding the Significance of 222 nm Wavelength

In recent years, there has been an increasing interest in harnessing the power of far-UVC lamps, especially with the discovery of the significance of the 222 nm wavelength. This breakthrough technology has the potential to revolutionize the way we approach sanitation and disinfection, making it safer and more effective than ever before. With our brand, Tianhui, at the forefront of this innovation, let's delve into the world of 222 nm wavelength and its immense potential.

Far-UVC lamps, emitting light in the range of 207-222 nm, have been found to possess unique properties that are highly effective against pathogens, while being harmless to human skin and eyes. This is a significant difference from conventional UVC lamps, which emit light at wavelengths around 254 nm, and can pose health risks to humans if exposed for prolonged periods.

The key to understanding the significance of the 222 nm wavelength lies in its ability to effectively inactivate microorganisms like bacteria, viruses, and mold, without causing harm to living tissues. Studies have shown that far-UVC light can penetrate and destroy the genetic material of these pathogens, rendering them unable to replicate and spread. This breakthrough technology opens up a new realm of possibilities for its application in various sectors.

One significant application of far-UVC lamps is in healthcare facilities, where the importance of maintaining a sterile environment cannot be understated. With the ability to target harmful pathogens while leaving humans unaffected, 222 nm wavelength lamps offer immense potential in preventing the spread of infections and reducing the risk of hospital-acquired diseases. Such lamps can be strategically placed in waiting areas, patient rooms, and operating theaters to continuously disinfect the surroundings, offering peace of mind to patients and healthcare professionals alike.

Another area where the significance of 222 nm wavelength is evident is in public spaces. The ongoing COVID-19 pandemic has highlighted the need for effective methods of disinfection in settings like schools, offices, and public transportation. Far-UVC lamps can be installed in these spaces, providing an additional layer of protection against harmful pathogens. Their ability to continuously disinfect without human intervention makes them a valuable asset in the fight against infectious diseases.

Moreover, the potential of far-UVC lamps extends beyond healthcare and public spaces. As businesses and industries strive to create safe working environments, these lamps can play a vital role in ensuring the well-being of employees. From manufacturing facilities to food processing plants, the 222 nm wavelength can be harnessed to effectively disinfect surfaces, machinery, and even the air, reducing the risk of contamination and improving overall hygiene standards.

At Tianhui, we are committed to harnessing the power of the far-UVC lamps with 222 nm wavelength to create safer and healthier environments. Our cutting-edge technology and dedication to research and development have allowed us to design and manufacture lamps that are not only effective but also user-friendly and energy-efficient. We believe that by utilizing the potential of the 222 nm wavelength, we can make a significant impact in combating the spread of diseases and preventing future outbreaks.

In conclusion, the significance of the 222 nm wavelength in far-UVC lamps cannot be overstated. Its ability to effectively inactivate pathogens while being harmless to humans opens up new possibilities in the field of sanitation and disinfection. From healthcare facilities to public spaces and industrial settings, the application of this breakthrough technology holds immense promise for creating safer and healthier environments. With Tianhui leading the way, the potential of far-UVC lamps with 222 nm wavelength is poised to revolutionize the way we approach cleanliness and hygiene.

Applications and Benefits of Far-UVC Lamp in Various Settings

In recent years, the field of ultraviolet (UV) germicidal irradiation has witnessed an incredible breakthrough with the introduction of far-UVC lamps emitting a wavelength of 222 nm. These lamps, derived from cutting-edge research and technology, offer tremendous potential in various settings, revolutionizing the way we combat harmful pathogens and keep our environment safe and clean.

Far-UVC lamps, also known as 222 nm lamps, provide an effective and safe solution for sanitizing air, water, and surfaces. Unlike traditional UV lamps that emit harmful UVC radiation at 254 nm, far-UVC lamps have a shorter wavelength, making it less damaging to human skin and eyes. This breakthrough in technology opens up new possibilities for the application of UV germicidal irradiation in settings where traditional UV lamps were deemed unsafe or impractical.

One of the key applications of far-UVC lamps is in healthcare facilities. Hospitals and clinics face constant challenges in controlling the spread of infections and ensuring a sterile environment for patients and staff. Far-UVC lamps can be strategically installed in patient rooms, waiting areas, and operating theaters to continuously sanitize the air and surfaces, helping to reduce the transmission of harmful pathogens such as viruses and bacteria. The 222 nm wavelength is highly effective in killing or inactivating these microorganisms, including drug-resistant bacteria like MRSA (Methicillin-resistant Staphylococcus aureus) and viruses like Influenza.

Beyond healthcare, far-UVC lamps can also find applications in other settings where cleanliness and hygiene are of utmost importance. In the food industry, where foodborne illnesses can pose a significant risk, these lamps can be utilized to disinfect food preparation areas, storage facilities, and processing equipment. The short wavelength of 222 nm ensures that the UV radiation effectively neutralizes harmful bacteria like Salmonella and E. coli without compromising the quality and nutritional value of the food.

Another promising application is in public spaces such as schools, libraries, and public transportation. With the constant influx of people, these spaces can become breeding grounds for germs and viruses. Far-UVC lamps installed in these areas can play a vital role in maintaining a clean and safe environment. By continuously sterilizing the air and surfaces, these lamps can help reduce the risk of infections and create a healthier environment for everyone.

Furthermore, far-UVC lamps can also be utilized in residential settings. Keeping our homes clean and free from harmful microorganisms is crucial for the health and well-being of our families. By installing far-UVC lamps in key areas such as kitchens and bathrooms, we can ensure a higher level of cleanliness and reduce the risk of illnesses caused by bacterial or viral contamination.

In conclusion, far-UVC lamps emitting a wavelength of 222 nm offer a range of applications and benefits in various settings. From healthcare facilities to public spaces and residential areas, these lamps provide a powerful tool in the fight against pathogens. With their ability to effectively disinfect air, water, and surfaces, far-UVC lamps offer a safe and innovative solution for maintaining cleanliness and hygiene. By harnessing the power of far-UVC lamps, we can create healthier and safer environments for all. Trust Tianhui, the leading provider of advanced far-UVC lamps, to bring the next level of protection to your setting.

Current Research and Findings in Harnessing Far-UVC Lamp's Potential

In the pursuit of safer and more effective disinfection methods, researchers have turned their attention to far-UVC lamps emitting light at a wavelength of 222 nm. These lamps, developed by Tianhui, are gaining widespread recognition for their ability to combat harmful microorganisms without posing a threat to human health. This article delves into the current research and findings surrounding the harnessing of far-UVC lamp's potential, shedding light on its enormous promise in various sectors.

Exploring the 222 nm Wavelength:

Far-UVC lamps operate at a precise wavelength of 222 nm, lying within the UVC spectrum. Unlike conventional UVC lamps that emit radiation harmful to skin and eyes, far-UVC lamps pose a minimal risk to humans. This unique characteristic enables their practical application in public spaces, healthcare settings, transportation, and beyond.

Airborne Antimicrobial Action:

One of the most exciting findings related to the use of far-UVC lamps is their ability to combat airborne pathogens. Recent studies have demonstrated the lamp's effectiveness in inactivating airborne viruses, such as influenza and coronaviruses. These findings highlight the potential for far-UVC lamps to enhance indoor air quality and reduce the risk of infection transmission, making them a valuable tool in healthcare facilities and crowded public areas.

Surface Disinfection and Sterilization:

In addition to their airborne antimicrobial action, far-UVC lamps have been discovered to be highly effective in destroying pathogens on surfaces. This has significant implications for reducing the spread of harmful microorganisms on frequently touched objects like doorknobs, elevator buttons, and public transportation surfaces. Incorporating far-UVC lamps into regular surface cleaning protocols can provide an additional layer of protection against infectious diseases.

Safety Features and Applications:

Tianhui's far-UVC lamps are designed with numerous safety features that make them user-friendly and highly efficient. These lamps use a unique optical filter to prevent the emission of harmful short-wavelength UVC light, ensuring the safety of individuals exposed to its output. The compact and portable design of the lamps facilitates their easy integration into various environments, including hospitals, schools, offices, and public transportation systems.

Future Directions and Research:

While the potential applications of far-UVC lamps are vast, ongoing research is focused on further exploring and harnessing their power. Scientists are investigating the effects of far-UVC light on a wider range of microorganisms and its potential use as an adjunct to existing disinfection methods. Extending the understanding of far-UVC's action against drug-resistant bacteria and assessing its impact on different surfaces and materials are also areas of active research.

The harnessing of far-UVC lamp's potential, particularly at the 222 nm wavelength, presents an exciting development in the field of disinfection and sterilization. Tianhui's far-UVC lamps have demonstrated remarkable effectiveness in deactivating airborne pathogens and destroying harmful microorganisms on surfaces, while simultaneously ensuring the safety of human exposure. With ongoing research and growing interest, the integration of far-UVC lamps into various sectors holds tremendous promise for creating safer environments and mitigating the risk of infectious diseases. The future looks bright as these cutting-edge technologies stand to revolutionize the way we maintain clean and healthy spaces.

Implications for Public Health and Future Directions for Far-UVC Lamp Technology

In recent years, the potential of far-UVC lamps with a wavelength of 222 nm has gained significant attention in the field of public health. This article explores the implications for public health and future directions for far-UVC lamp technology. With our brand name Tianhui, we aim to shed light on the groundbreaking discoveries in this field.

Far-UVC Lamp and its Efficiency:

The far-UVC lamp technology emits ultraviolet light at a wavelength of 222 nm, which has been proven to be highly efficient at killing bacteria and viruses, including the SARS-CoV-2 virus responsible for COVID-19. Unlike conventional UV lamps, far-UVC lamps can be used in occupied spaces safely, rendering them a powerful tool in combating airborne diseases in public places, including hospitals, schools, and public transportation.

Implications for Public Health:

The implications of far-UVC lamp technology for public health are extraordinary. By effectively sterilizing the air and surfaces, these lamps provide a proactive measure against the transmission of infectious diseases. This technology offers a cost-effective and efficient solution for reducing the spread of pathogens and protecting the well-being of individuals in public spaces.

The Sterilization Efficiency of 222 nm Wavelength:

Studies have shown that far-UVC lamps emitting a wavelength of 222 nm are highly efficient at inactivating bacteria and viruses while being safe for human exposure. This specific wavelength can penetrate and destroy the outer protein layer of microorganisms, rendering them harmless without causing any harm to human skin or eyes. This presents a significant advantage over traditional UV lamps, which emit higher wavelengths and pose potential health risks.

Potential Applications of Far-UVC Lamp:

With its safe usage, the far-UVC lamp technology holds immense potential in various areas. Hospitals and healthcare facilities can install these lamps in waiting rooms, patient rooms, and surgery theaters to minimize the risk of healthcare-associated infections. Similarly, schools and universities can utilize far-UVC lamps in classrooms, libraries, and dormitories to create a safer environment for students. Public transportation systems can also benefit from this technology by installing these lamps in buses, trains, and airplanes to curb the transmission of airborne viruses.

Future Directions for Far-UVC Lamp Technology:

As researchers continue to explore the potential of far-UVC lamp technology, several areas can be further improved. The development of portable and user-friendly far-UVC lamp devices can enhance accessibility and allow individuals to safeguard their personal spaces effectively. Furthermore, researchers are working on creating far-UVC lamps with increased efficiency to cover larger areas without compromising efficacy.

Far-UVC lamp technology, with a wavelength of 222 nm, has immense potential in improving public health and reducing the transmission of infectious diseases. Tianhui strives to contribute to this field by exploring innovative solutions for the development of safe and efficient far-UVC lamp devices. As researchers continue to delve into this technology, the future looks promising for a healthier and safer world.

Conclusion

In conclusion, the potential of harnessing the power of Far-UVC lamps, specifically the 222 nm wavelength, is an exciting development in the field of technology. With 20 years of experience in the industry, our company recognizes the significance of this innovation and its ability to revolutionize various sectors. The ability of Far-UVC lamps to effectively and safely inactivate harmful pathogens, without posing a threat to human health, opens up a myriad of possibilities in healthcare, transportation, public spaces, and more. As we continue to explore and refine this cutting-edge technology, we are optimistic about its potential to create a safer and healthier future for all. By staying at the forefront of this advancement, our company is dedicated to contributing to the widespread adoption and implementation of Far-UVC lamps, ensuring that clean and safe environments are accessible to everyone.