The three important factors of LED lamp beads have deeply affected the quality of LED lamps. Let s take a look at the detailed reasons together: the data detected by a single LED lamp bead on the aging board, and assembled the LED lamp beads into one as one The data detected when the lamp is aging, it must be a bit different. The size of these differences depends on the electrical parameters and the design of the lamps during LED work, as well as the environment used by the lamps. 1. The quality of LED lamp beads for LED lamp beads is a critical factor. For example, the same is represented by the chip of the chip of the chip 14mil, and the LED lamp beads encapsulated by the bottom gum and white glue and packaging glue made of ordinary epoxy resin, which lit a single one in an environment of 30 degrees. After thousands of hours, the attenuated data is 70%of the optical decay; if the D type D low -decaying glue is encapsulated, in the same aging environment, the 1,000 -hour light decay is 45%; , 1,000-hour light decay is 12%; if category B is encapsulated in low-decreased glue, in the same aging environment, thousands of hours of light decay of -3%; if Class A is low-declining glue, in the same aging environment, thousands of hours of light in the same aging environment, thousands of hours of light in the same aging environment, thousands of hours of light in the same aging environment, thousands of hours of light in the same aging environment, thousands of hours of light for thousands of hours of light. What is the difference between the decay of -6%. Why does the different packaging process cause a big difference? One of the most important reasons is that the LED chip is afraid of heat. Occasionally heated more than one hundred degrees in a short period of time, and the impact is not great. I am afraid that it will be at high temperature for a long time. It is a great damage to the LED chip. Generally speaking, the thermal conductivity of ordinary epoxy resins is small. Therefore, when LED chips are lit, LED chips should emit heat, and ordinary epoxy resin thermal conductivity is limited. When the temperature of the LED bracket is 45 degrees, the temperature of the chip center in the LED lamp bead may exceed 80 degrees. The temperature node of the LED is actually 80 degrees, so when the LED chip works at the temperature of the temperature, it is very suffering, which speeds up the aging of LED light sources. When the LED chip is working, the center temperature generates a high temperature of 100 degrees. It can immediately use the standing pin to the heat to reduce the heat, thereby reducing the damage to it. Therefore, when the temperature of the LED lamp beads is 60 degrees, the temperature of its chip center may be just 61 degrees. As can be seen from the above data, the LED lamp beads who choose what kind of packaging process are selected, and the light decision of the LED lamps directly determines the light decision of LED lamps. 2. The environment and temperature of LED light source work According to the data of a single LED light source, if the LED light source has only one lighting work, at the same time, the environmental temperature it is located is 30 degrees, then the single LED light source work is working The temperature of the shelf will not exceed 45 degrees. At this time, the life of this LED will be ideal. If there are 100 LED light sources on the work at the same time, the interval between them is only 11.4mm, then the bracket temperature of the LED light source around the lamp pile may not exceed 45 degrees, but those LEDs in the middle of the lamp piles will not The light source may reach 65 degrees high temperature. At this time, the LED light source is a test. Then, those LED light sources gathered in the middle will theoretically faster, and the LED light sources around the lamp pile will be slower. But if LED lamp beads are more than 25mm apart, then the calories they divert will not accumulate so much. At this time, the temperature of each LED lamp beads should be less than 50 degrees, which is more conducive to the normal work of LED. If the environment of the LED work is in a relatively cold place, the average temperature of the whole year may be only about 15 degrees or smaller, then for LED, life span is longer. Or, when LED works, there is a small fan next to it and help it to remove the heat. This will also help the life of the LED. Everyone should know that LED lamp beads are afraid of heat. The higher the temperature, the shorter the LED life, the lower the temperature, and the longer the LED life. The working temperature of LED ideal is of course between 5 or zero degrees negative. But this is basically impossible. Therefore, after we understand the ideal working parameters of LED lamp beads, we should strengthen the function of heat conduction and heat dissipation when designing lamps as much as possible when designing lamps as much as possible. Anyway, the lower the temperature, the longer the LED life span. Third, the working electrical parameter design of LED lamp beads According to the experimental results, the lower the LED white light, the smaller the emission heat is, of course, the smaller the brightness. According to the survey, the design of the LED solar lighting circuit, the driver current of LED is generally only 5-10mA; the large number of lamps used in the lamps, such as more than 500 or more And the generally popular LED application lighting driving current is only 15-18mA, and few people designed the current to more than 20mA. The experimental results also showed that under the driver current of 14mA, and the lid was not ventilated, the air temperature in it reached 71 degrees, low decline products, 1,000 -hour light decay, 2000 hours of light decay of 3% to 3%, 3% decaying is 3%. This shows that this low -declining LED white light has reached its maximum use in such an environment. No matter how big it is, it is a damage to it. Because the aging board used does not have a heat dissipation function, the heat generated during LED is basically unable to transmit it outside. The experiment proved this. The air temperature in the old panel has reached a high temperature of 101 degrees. The surface temperature of the lid on the old panel is only 53 degrees, which is dozens of degrees. This shows that the designed plastic lid basically does not have the function of conducting heat and heat dissipation. But in the general lamp design, considering the function of conducting heat and heat dissipation. Therefore, in summary, the design of the working electrical parameters of LED lamp beads should be based on the actual situation. If the heat -conducting heat dissipation function of the lamp is very good, it is okay to increase the driving current of LED white lights, because the LED lamp beads work generate. The heat can be exported out of the moment, and there is no damage to the LED, which is the best care for the LED. On the contrary, if the heating and heat dissipation function of the lamp is sloppy, it is best to design the circuit less and let it put some heat.

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

The continuous renewal of smartphones has accelerated the continuous upgrade of its related industrial chain, especially the 3D glass cover with more three -dimensional effects. The reason why this glass cover is so welcomed? , Transparent and clean, anti -fingerprints, anti -glare, hardness and other properties, more applied to high -end smartphones and tablet computers, wearable equipment, and other terminal products. It has good special design and good texture. The edge touch function makes the product more beautiful and outstanding, and the product design differentiation makes consumers more popular. In terms of the market size of the 3D glass cover board, according to relevant information, the proportion of mobile phones equipped with 3D glass cover in 2016 accounted for about 4%of smartphones, and the market size of 3D glass cover was about 1.7 billion yuan. In 2018, it became a became the market. In 2018, it became a became. The outbreak of 3D cover. It is estimated that by 2020, the penetration rate of 3D glass covers will exceed 54%. With the maturity of the 3D glass cover processing technology, the 3D unit price will decrease year by year, resulting in the rapid increase in the penetration rate. It was 19 billion yuan. The production process of 3D glass is from opening, grinding, ultrasonic cleaning, hot bending, double -sided polishing, chemical reinforcement, silk printing, spraying last AF. The main difficulty in this production process is that the heat forming is not easy to control the accuracy and temperature, and there is a polishing, printing and fitting requires special equipment and professionals. The special printing equipment needs to be used to use UVLED curing devices. In this production process, UVLED light sources play a very important role in exposing the printed cover. In fact, many techniques of smartphones will use UV solidification, from the fitting board, FPC protection, and lineboard welding joint protection. UV glue is required. The UVLED curing machine provided by Tianhui is achieving efficient, energy saving, environmental protection, environmental protection On the basis of it, it can also improve the yield for customers and bring real value to customers! TIANHUI has been based on UVLED curing machines for more than ten years. It provides high -quality solutions for various industries in the smartphone industry. It also has accumulated rich practical experience. Tianhui gets in touch!

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, where we delve into the fascinating world of UVC LED 254nm and its incredible potential for effective pathogen elimination. In these unprecedented times of heightened hygiene concerns, it is essential to tap into the power and benefits of advanced technologies. Join us as we explore how UVC LED 254nm offers a groundbreaking solution to combat pathogens and safeguard the well-being of ourselves and our communities. Discover the remarkable potential of harnessing this power and uncover the secrets behind its efficiency in eliminating harmful bacteria and viruses. Prepare to be amazed as we delve into the depths of this enlightening topic, showcasing how UVC LED 254nm holds the key to a safer, healthier future. Let the journey commence as we unravel the science and practicality behind this revolutionary technology, leaving you eager to learn more in our engaging exploration.
Understanding the Science behind UVC LED 254nm: A Breakthrough in Pathogen EliminationTianhui, a leader in innovative technological solutions, is harnessing the power of UVC LED 254nm for effective pathogen elimination. In the midst of a global pandemic, the need for efficient and reliable means to combat harmful pathogens has never been more pressing. Tianhui's breakthrough technology not only offers a solution, but also provides a deeper understanding of the science behind UVC LED 254nm.The Power of UVC LED 254nmUltraviolet (UV) light has long been recognized for its ability to eliminate pathogens. However, not all UV light is created equal. Within the UV spectrum, UVC light with a wavelength of 254nm has been proven to be the most effective in killing bacteria, viruses, and other microorganisms. This is due to the high energy level of UVC light at this specific wavelength, which damages the DNA or RNA of pathogens, rendering them unable to reproduce and survive.Benefits of UVC LED 254nmTianhui's cutting-edge technology utilizes UVC LED 254nm, offering several advantages over traditional UVC sources such as mercury lamps. Firstly, UVC LED 254nm has a longer lifespan, ensuring prolonged and consistent disinfection performance. This extends the application of UVC technology to various settings, including healthcare facilities, laboratories, and even homes.Furthermore, UVC LED 254nm is environmentally friendly, as it does not contain toxic materials like mercury. This eliminates the potential hazards associated with the disposal of traditional UVC sources. Additionally, UVC LED 254nm has a faster startup time and allows for instant on/off switching, making it highly convenient and efficient in real-time disinfection scenarios.The Science behind UVC LED 254nmTianhui's comprehensive understanding of the science behind UVC LED 254nm contributes to the development of their groundbreaking technology. The physics of UVC light at 254nm wavelength plays a crucial role in achieving effective pathogen elimination. UVC photons with this specific energy can easily penetrate the cell walls of microorganisms, targeting and damaging their genetic material.Moreover, UVC LED 254nm emits light in a narrow wavelength band, ensuring maximum energy is concentrated at the most efficient germicidal wavelength. This precision allows for more accurate and effective disinfection, minimizing the potential for drug-resistant pathogens to develop.Applications of UVC LED 254nmThe applications of Tianhui's UVC LED 254nm technology are vast and diverse. In healthcare settings, it can be used for disinfection in operating rooms, patient rooms, and dental offices, reducing the risk of healthcare-associated infections. Laboratory environments can also benefit from UVC LED 254nm, ensuring the sterility of equipment and workspaces.Furthermore, UVC LED 254nm has the potential to revolutionize food safety practices. By effectively eliminating harmful bacteria and viruses on food surfaces, it can enhance the quality and safety of food products, reducing the risk of foodborne illnesses.Tianhui's UVC LED 254nm technology represents a significant breakthrough in pathogen elimination. Their in-depth understanding of the science behind this innovative approach allows for the development of efficient and reliable solutions. The benefits of UVC LED 254nm, including its long lifespan, environmental friendliness, and precise disinfection capabilities, make it a powerful tool in combating harmful pathogens. With its diverse applications in healthcare, laboratories, and food safety, UVC LED 254nm has the potential to shape a safer and healthier future for us all.
Exploring the Applications and Benefits of UVC LED 254nm TechnologyTianhui, a leading brand in the field of technology, is revolutionizing the way we combat pathogens with their innovative UVC LED 254nm technology. This groundbreaking technology offers a wide range of applications and benefits in the field of pathogen elimination, making it an indispensable tool in various industries including healthcare, food processing, and water treatment.Understanding UVC LED 254nm Technology:UVC LED 254nm refers to ultraviolet light in the range of 254 nanometers wavelength. This specific wavelength is highly effective in eliminating harmful pathogens such as bacteria, viruses, and molds. Unlike traditional UV disinfection methods, UVC LED 254nm technology offers a chemical-free and environmentally friendly solution, making it a safe and sustainable choice.Applications in Healthcare:In the healthcare industry, maintaining a sterile and pathogen-free environment is crucial. UVC LED 254nm technology plays a vital role in disinfecting medical equipment, surfaces, and even air in hospitals and clinics. The compact size and portability of Tianhui's UVC LED 254nm devices allow for easy integration into existing healthcare systems, ensuring the highest level of sanitation and reducing the risk of healthcare-associated infections.Benefits in Food Processing:The food processing industry faces multiple challenges in ensuring food safety. Contamination by pathogens such as E. coli and Salmonella can lead to severe health risks. UVC LED 254nm technology provides an effective solution for sterilization in various stages of food processing, including packaging, conveyor belts, and storage areas. By incorporating Tianhui's UVC LED 254nm devices, food processing facilities can significantly minimize the risk of contamination and maintain high standards of hygiene.Water Treatment:Waterborne pathogens pose a significant threat to public health. The use of UVC LED 254nm technology in water treatment facilities ensures the elimination of harmful microorganisms, providing safe drinking water to communities. Tianhui's UVC LED 254nm devices deliver reliable and efficient disinfection, enabling water treatment plants to meet stringent regulatory standards and protect public health.Advantages of Tianhui's UVC LED 254nm Technology:Tianhui's UVC LED 254nm technology offers several advantages over traditional UV disinfection methods. Firstly, the compact size and low power consumption of their devices make them highly energy-efficient and cost-effective. Additionally, the long lifespan of the UVC LED lamps reduces the need for frequent replacements, minimizing maintenance costs.Moreover, Tianhui's UVC LED 254nm devices allow for precise control and dosage of the ultraviolet light, ensuring optimal disinfection without causing damage to sensitive materials or surfaces. This level of precision is especially critical in environments such as laboratories and cleanrooms where delicate equipment and sensitive samples need protection.Tianhui's UVC LED 254nm technology is transforming the way we approach pathogen elimination. With its wide range of applications in healthcare, food processing, and water treatment, this innovative technology offers a safe, sustainable, and effective solution to combat harmful pathogens. By harnessing the power of UVC LED 254nm, Tianhui is paving the way for a healthier and safer future.
How UVC LED 254nm is Revolutionizing Pathogen Elimination MethodsTianhui, a pioneer in the field of pathogen elimination, is revolutionizing traditional methods with the advent of UVC LED 254nm technology. This groundbreaking innovation has transformed the way we tackle infectious diseases and sterilize environments by offering an extremely effective and efficient approach. In this article, we will delve into the various aspects of UVC LED 254nm and explore how its unrivaled capabilities are reshaping the landscape of pathogen elimination.Understanding UVC LED 254nm:UVC LED 254nm refers to a specific wavelength of ultraviolet (UV) light that has proven to be highly effective in eliminating pathogens. Unlike traditional disinfection methods that rely on chemicals or high-intensity UV lamps, UVC LED 254nm offers a safer, more cost-effective, and environmentally friendly alternative. These LEDs emit short-wavelength UV light that is capable of penetrating the nucleic acid structures of bacteria, viruses, and other microorganisms, rendering them unable to reproduce and causing their demise.Unmatched Efficiency and Effectiveness:With the utilization of UVC LED 254nm technology, Tianhui has revolutionized pathogen elimination methods. These LEDs possess exceptional germicidal properties, capable of achieving up to a 99.9% reduction in pathogens within a matter of seconds. The increased efficiency of UVC LEDs translates into significantly reduced cleaning times and improved productivity for healthcare facilities, laboratories, and public spaces.Safe and Environmentally Friendly:One of the key advantages of UVC LED 254nm technology is its safety for human exposure. Traditional UV disinfection methods often require evacuation and protective measures due to harmful side-effects. However, UVC LED 254nm emits light at a wavelength that is harmless to humans, thus allowing for continuous disinfection in occupied spaces without any health risks. Moreover, UVC LED 254nm technology does not generate any harmful ozone or chemical by-products, making it an eco-friendly solution.Versatile Applications:The versatility of UVC LED 254nm technology sets it apart as a game-changer in pathogen elimination. Tianhui's UVC LED applications can be integrated into various devices, such as handheld sterilizers, room disinfection systems, and water sterilizers. These devices can be employed in hospitals, laboratories, offices, transportation, and even personal use, ensuring a safer and healthier environment.Quality and Reliability:Tianhui takes pride in its commitment to delivering premium quality UVC LED 254nm solutions. The brand’s advanced manufacturing processes and rigorous quality control measures guarantee the reliability and longevity of their products. By adhering to international standards and certifications, Tianhui ensures that its UVC LED 254nm technology is not only effective but also safe for worldwide use.In conclusion, Tianhui's UVC LED 254nm technology is revolutionizing the way we approach pathogen elimination. Through its unmatched efficiency, safety, and versatility, UVC LED 254nm has become a game-changer in effectively combating infectious diseases and ensuring a healthier environment. By harnessing the power of UVC LED 254nm, Tianhui continues to spearhead advancements in the field of pathogen elimination, setting new standards for quality and reliability.
Factors Influencing the Effectiveness of UVC LED 254nm for Pathogen EliminationIn recent years, the demand for effective pathogen elimination methods has seen a significant rise, especially in the context of maintaining a safe and healthy environment. One such method gaining recognition is the utilization of UVC LED 254nm technology. The UVC LED 254nm is a remarkable innovation that exhibits exceptional potential in eradicating pathogens, ensuring safer spaces. This article by Tianhui delves into the influential factors that drive the effectiveness of UVC LED 254nm for pathogen elimination, shedding light on the capabilities and limitations of this groundbreaking technology.1. Wavelength and UVC LED 254nm TechnologyThe wavelength of UVC LED 254nm plays a vital role in its effectiveness at eliminating pathogens. This particular wavelength possesses a strong germicidal capacity, rendering it highly effective in breaking down the DNA of microorganisms and rendering them inactive or incapable of reproducing. The UVC LED 254nm technology harnessed by Tianhui enables efficient pathogen elimination, as it emits light at this optimum wavelength, ensuring maximum antimicrobial activity.2. Power Output and IntensityThe power output and intensity of UVC LED 254nm devices directly impact their pathogen elimination capabilities. Higher power outputs and intensities provide stronger and more efficient germicidal effects, ensuring a greater reduction in the pathogenic load. Tianhui's UVC LED 254nm products offer optimized power output and intensity to enhance the efficiency of pathogen elimination, leading to safer environments devoid of harmful microorganisms.3. Exposure Time and Pathogen EliminationThe duration for which pathogens are exposed to UVC LED 254nm light is a critical factor in determining the effectiveness of pathogen elimination. Longer exposure times allow for thorough irradiation, ensuring maximum microbial inactivation. Tianhui's UVC LED 254nm products are engineered to deliver appropriate exposure times, striking a balance between effectiveness and energy consumption, providing optimal results for pathogen elimination in a time-efficient manner.4. Distance Between UVC LED 254nm Source and PathogensThe proximity or distance between the UVC LED 254nm source and the pathogens influences the effectiveness of pathogen elimination. According to Tianhui's research and development, the distance should be considered when determining the exposure time required for complete eradication of microorganisms. Maintaining an optimum distance helps in delivering the required germicidal dosage to ensure effective pathogen elimination.5. Surface Contamination and UVC LED 254nm TreatmentPathogens' susceptibility to UVC LED 254nm treatment varies based on the type of surface they reside on. Smooth surfaces are more easily treated, as they provide less opportunity for microorganisms to hide or protect themselves from the UVC irradiation. On the other hand, porous or rough surfaces may pose challenges in terms of consistent UVC exposure. Tianhui's UVC LED 254nm products are designed to address these concerns efficiently, enabling effective pathogen elimination across various surface types.6. Safety Measures and Regulatory ComplianceWhile UVC LED 254nm technology offers potent pathogen elimination, it is essential to ensure safety during its implementation. Tianhui emphasizes the integration of safety measures and adherence to regulatory standards in the design and manufacture of their UVC LED 254nm products. These safety features minimize human exposure to UVC light and ensure the technology's safe deployment in diverse settings such as hospitals, laboratories, and public spaces.The effectiveness of UVC LED 254nm technology for pathogen elimination depends on several influential factors, such as the wavelength used, power output and intensity, exposure time, distance between the source and pathogens, surface contamination, and safety measures. Tianhui, a leading provider in the field, focuses on optimizing these factors to harness the full potential of UVC LED 254nm for effective pathogen elimination. By considering these factors, individuals and organizations can make informed decisions when implementing UVC LED 254nm technology for creating safer and healthier environments.
Implementing UVC LED 254nm Technology: Best Practices and Considerations for Optimal Pathogen EliminationIn the wake of the global pandemic, the need to effectively eliminate pathogens and prevent the spread of infectious diseases has become a top priority. One of the emerging technologies that have gained significant attention is UVC LED 254nm, which offers a promising solution for disinfection and sanitization. This article delves into the best practices and considerations for implementing UVC LED 254nm technology for optimal pathogen elimination, highlighting the expertise and offerings of Tianhui, a leading brand in the field.UVC LED 254nm technology leverages the power of ultraviolet light to deactivate the genetic material of pathogens, rendering them unable to replicate and cause harm. Unlike other disinfection methods, UVC LED 254nm eliminates the need for chemicals, making it a safe and eco-friendly choice. This technology has been proven to effectively eliminate a wide range of pathogens, including bacteria, viruses, and mold.When implementing UVC LED 254nm technology, several best practices should be considered. Firstly, it is crucial to choose a reputable brand that specializes in developing high-quality UVC LED products. Tianhui, with its expertise in this field, is a trusted name that offers innovative solutions for effective pathogen elimination. They have developed a range of UVC LED 254nm products that are tailored to various applications, ensuring optimal performance and safety.Another important consideration is the proper installation and placement of UVC LED 254nm devices. These devices should be strategically positioned to ensure maximum coverage and efficacy. Tianhui provides comprehensive guidance on installation, helping customers achieve an optimal setup for their specific needs. They also offer customized solutions to cater to unique requirements, ensuring that the pathogen elimination process is efficient and effective.Furthermore, it is essential to understand the importance of safety precautions when working with UVC LED 254nm technology. Direct exposure to UVC light can be harmful to humans and may cause skin burns or eye damage. Tianhui addresses this concern by incorporating safety features into their products, such as motion sensors and auto-shutoff mechanisms, which ensure that the devices only operate when the space is unoccupied. This not only minimizes the risk of exposure but also enhances energy efficiency.Tianhui's commitment to quality and customer satisfaction is evident in their rigorous testing and certification processes. Their UVC LED 254nm products undergo extensive testing to ensure reliability and performance. They comply with industry standards and have obtained certifications, assuring customers of the effectiveness and safety of their solutions.In addition to providing high-quality products, Tianhui also offers comprehensive support and after-sales services. Their team of experts is readily available to provide guidance on installation, usage, and maintenance, helping customers achieve optimal pathogen elimination. This level of support and professionalism sets Tianhui apart from competitors, making them a preferred choice for those seeking effective and reliable UVC LED 254nm solutions.In conclusion, implementing UVC LED 254nm technology is an effective and eco-friendly approach to pathogen elimination. By following best practices and considering factors such as brand reputation, proper installation, safety precautions, and reliable support, optimal results can be achieved. Tianhui, with its expertise and commitment to excellence, offers a range of high-quality UVC LED 254nm products that cater to various needs and applications. With Tianhui as your partner, you can harness the power of UVC LED 254nm technology for effective pathogen elimination and a safer, healthier environment.
ConclusionIn conclusion, harnessing the power of UVC LED 254nm for effective pathogen elimination is a groundbreaking advancement in the world of healthcare and sanitization. With our 20 years of experience in the industry, we have witnessed the evolution of technology and its significant impact on preventing the spread of harmful pathogens. By utilizing UVC LED 254nm, we can now confidently say that we are at the forefront of safeguarding public health and ensuring a safer environment for all. The unparalleled sterilization capabilities of UVC LED 254nm offer a cost-effective and efficient solution to eliminating pathogens, reducing the risk of infections, and potentially saving countless lives. As we continue to adapt and innovate with the latest advancements, we remain committed to empowering businesses, healthcare facilities, and individuals with the tools they need to combat infectious diseases effectively. Together, we can embrace the power of UVC LED 254nm and pave the way for a healthier, pathogen-free future.

340nm UV LED The 340nm UVA LED stands at the forefront of innovation, showcasing its expansive applications across diverse domains. In the realm of blood analysis, it serves as a precise light source, elevating laboratory research with capabilities such as cell counting. Expanding into the fields of medicine and spectroscopy, the 340nm wavelength becomes instrumental in unraveling the photosensitive properties of biological molecules. Within scientific laboratories, this wavelength finds purpose in spectrum analysis and advancements in chemical research. Beyond traditional applications, our company excels in harnessing the potential of 340nm UVA LED for avant-garde solutions. From reshaping odor elimination technology to purifying air by removing unpleasant odors, our innovations set new benchmarks. Moreover, the substantial application of 340nm UVA LED in light therapy enhances therapeutic treatments significantly. Embark on a journey where possibilities are illuminated, led by our company's unwavering commitment to research and development.