5050 lamp beads refer to lamp beads with a patch -type LED specification of 5.0*5.0mm. To put it bluntly, 2835 lamp beads refer to lamp beads with a patch type specification of 2.8*3.5cm. These two are also the most common in the market in the market. One of the model specifications of LED lamp beads. Many friends are doubtful, which one of 5050 lamp beads and 2835 lamp beads is higher? What are the differences in each? Click on the home page of the product: 5050 lamp bead products homepage. Customized LED color temperature: 1700-25000K365-850Nm can customize stream values: 20-35LM lingering value: 20-35LM/50-70lm/120-160LM working voltage: 3.0-3.4V working voltage: 3.0-3.4V output power: 0.2W output power: 0.2W/0.5W/1W Apart from the specifications of 5050 lamp beads and 2835 lamp beads that everyone mentioned earlier, 5050 lamp beads generally use three 0.02W integrated IC series to be encapsulated. The total output power is 0.2 W. The chroma is 20-26lm. Naturally, you can also choose an integrated IC with a higher nude crystal. The 2835 lamp bead generally uses a single-integrated circuit chip. The output power is 0.2W and it is 0.5W and its 1W. The same is the integrated IC of 0.2W. Select an integrated IC with a higher crystal clearness to ensure many different files such as 26-28lm/28-30lm/30-32lm/32-35LM. 2835 Lighting Display is thinner than 5050 because the support frame is thinner than 5050, and the single -integrated circuit chip is selected. Therefore, the relatively centralized lamp sources are concentrated. Because of the small body shape, the design scheme is more spiritual. For example, LED lamp tube, LED corn lamps, ceiling lights, ceiling lights. 5050 lamp beads are a printed LED with a long history. The key is used for LED light strips, guardrail pipes, touches, door advertisements and other LED products. Because of the characteristics of 5050 lamp beads, they can pack RGB three -color lamp beads. Therefore, 5050 is also a model specification for packaging 5050 wonderful RGB lamp beads. All in all, 5050 lamp beads and 2835 lamp beads are one of the very hot and very hot patch LED lamp beads. They have separate functional characteristics. Under the same output power, the chroma under the same output power condition, the color nature The foundation is similar, but it has different advantages, which integrates different main uses

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 fixing of lens glue needs to be used in the optical industry with UVLED curing light sources. At present, the glue lens is generally combined with two to three lenses. The fixation of the lens is bonded using UV glue, and then the UVLED curing light source is irradiated to complete the curing. 镜片涂上UV胶水之后在UVLED光固化设备的高強度紫外线光照射后产生活性自由基或离子基从而引发聚合交联和接枝反应使UV胶在数秒内(不等) Converted from liquid to solid state. At this time, the lens can be firmly fixed in a position that needs to be fixed. The lens glue lens glue is made of two single -sheet lenses through the glue. The performance of the compound color (white light) imaging is much better than the single lens performance. The color of the coloring differential lens is combined with two different lenses of the materials, which corrects the color of the glass. The glue currently used in lens glue is mainly UV glue, and it needs to be irradiated through the UVLED curing light source to complete the solidification. The even more trusted UVLED curing light source manufacturer Tianhui Technology is a professional UVLED curing light source manufacturer. It uses the most leading LED lighting technology and optimized heat dissipation design. It is committed to providing customers with stable and efficient products.

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

As customers often call to consult UVLED glue curing machines, some customers also mention that the speed of curing is fast enough. However, there are two aspects of the factors that affect UVLED glue curing: 1. CICF: Depending on substrate, coating, curing interval, etc., appropriate adjustment of the device curing speed. The speed of curing is too fast, and it is prone to the appearance of the base material UVLED glue sticking or drying the appearance; if the operating speed is slow, the appearance of the substrate will be aging. 2. UVLED glue coating: The thickness of UVLED glue coating plays a vital role in the solidification of UVLED. The coating is too thick, and the time is relatively long under the illumination of the same power light source. On the one hand, it affects the curing of UVLED glue. On the other hand, it will make the appearance of the substrate's appearance too high, which will cause the product's appearance differential glory difference. In fact, the curing rate of UVLED glue, the final curing depth and the drying effect are related to the factors such as ultraviolet light sources, lighting time, and material light transmission. It is recommended to determine the specific solidification time through the test. Our company's UVLED glue curing machine has three bands: 365, 395, and 405 UVLED curing machines, and the irradiation power is different. The adjustable power irradiation intensity can be contacted. There is a one that can meet your requirements.

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 enlightening article, "Shedding Light on High Power UV LEDs: Understanding How They Work and Why They Matter." Are you curious about the technology behind these powerful ultraviolet LEDs and their significance in various industries? If so, join us as we delve into the captivating world of high power UV LEDs, unraveling their inner workings and exploring the myriad of reasons why they hold immense importance. Whether you are an industry professional seeking to enhance your knowledge or simply someone intrigued by innovative advancements, this article offers a deep dive into the fascinating realm of UV LEDs. Let us enlighten you as we uncover the mysteries behind these remarkable light sources and discern the extraordinary ways in which they shape our modern world.

Shedding Light on High Power UV LEDs: Understanding How They Work and Why They Matter

In the world of lighting technology, Tianhui has revolutionized the industry with their high power UV-LEDs. These cutting-edge devices have become essential tools in various applications, ranging from sterilization and water purification to counterfeit detection and scientific research. In this article, we will delve into the inner workings of these remarkable LEDs, exploring the fascinating science behind their functioning and discussing the significance they hold in the modern world.

1. The Science Behind High Power UV LEDs:

High power UV-LEDs, developed by Tianhui, harness the power of ultraviolet light with remarkable efficiency. Unlike conventional UV lamps, which rely on bulky and fragile mercury vapor-based systems, these LEDs are compact, durable, and offer advanced control capabilities. They operate through the process of electroluminescence, where electrical energy is converted directly into UV light photons, emitting electromagnetic radiation in the ultraviolet spectrum.

2. How Do High Power UV LEDs Work?

At the core of these LEDs are semiconductor materials known as gallium nitride-based compounds. When a forward-biased current is applied to these materials, electrons are injected into the active layer, while holes are injected into the p-type layer. As the electrons and holes recombine, energy is emitted in the form of ultraviolet light.

Furthermore, the efficiency and power output of these LEDs heavily rely on the quality of the semiconductor material and the precision of the manufacturing process. Tianhui's state-of-the-art facilities ensure the production of high-quality LEDs, resulting in exceptional performance, extended lifespan, and increased reliability.

3. The Advantages of High Power UV LEDs:

High power UV LEDs offer numerous advantages over traditional UV lamps. Firstly, they have a significantly longer lifespan, lasting up to 50,000 hours compared to the limited life of mercury vapor-based lamps. This longevity translates to reduced maintenance costs and increased operational efficiency.

Moreover, these LEDs are environmentally friendly as they do not contain hazardous substances like mercury, making them more sustainable and safer to handle. Additionally, they can be switched on and off instantly without requiring a warm-up period, enabling rapid response times in critical applications.

4. Applications of High Power UV LEDs:

The versatility of high power UV LEDs has opened up a diverse range of applications across various industries. In the field of sterilization, these LEDs are used in hospitals, laboratories, and water treatment plants for their ability to neutralize harmful microorganisms, bacteria, and viruses. Similarly, in the food industry, they are employed to preserve freshness and eliminate bacteria, ensuring safer consumption.

High power UV LEDs also play a crucial role in counterfeit detection, assisting law enforcement agencies and businesses in verifying the authenticity of documents, currency, and valuable goods. Furthermore, these LEDs find application in scientific research, phototherapy, and even horticulture, where they aid in plant growth regulation.

5. Tianhui: Pioneers in High Power UV LED Technology:

Leading the way in the development of high power UV LEDs, Tianhui has established itself as an industry pioneer. With their state-of-the-art facilities and commitment to research and development, Tianhui continuously strives to improve the performance, efficiency, and reliability of their LED products.

By collaborating with research institutions, industry experts, and end-users, Tianhui pushes the boundaries of UV LED technology and contributes to the advancement of various fields. With their exceptional product range and dedication to quality, Tianhui has become a trusted name in the global market, setting new standards and propelling the world towards a brighter, safer, and more sustainable future.

High power UV LEDs have emerged as game-changers in the field of lighting technology. Tianhui's innovative approach and unrivaled expertise have paved the way for groundbreaking applications, impressive efficiency, and enhanced safety. As the demand for powerful and reliable UV light sources continues to grow, Tianhui remains at the forefront, continuously pushing the boundaries of LED technology and shedding new light on the world.

Conclusion

In conclusion, as we dive into the world of high power UV LEDs and unravel their workings and significance, it becomes evident that these technologies are game-changers with immense potential. With our expertise and two decades of experience in the industry, we have witnessed firsthand how these UV LEDs have revolutionized various sectors, ranging from medical and healthcare to sanitation and water purification. As we continue to stay at the forefront of innovation, we are excited about the endless possibilities that lie ahead for high power UV LEDs, and we remain committed to exploring new applications, pushing boundaries, and delivering robust solutions to meet the ever-evolving needs of our customers and the world we live in. Together, let us embrace this illuminating technology and unleash its full potential for a brighter and safer future.

Do you know the global UV LED Printers market is expected to hit a revenue of US$ 925 million by the end of 2033? UV LEDs have become an attractive technology for generating intense light with minimal power consumption while enjoying longer lifetimes and emitting a little heat.

With the ever-evolving advancements in digital printing, modern UV-derived solutions have started replacing the traditional, power-hungry mercury (Hg) vapor lamps. Excellent running and low power consumption UV LED boards have longer lifespans and very few problems with disposal.

Keeping this in mind, UV LEDs with a wavelength of 405nm are pretty beneficial for 3D printing. Also, they are more practical and environmentally friendly alternatives to mercury lamps. Keep reading to unveil the significant role of 405nm UV light in 3D printing processes.

Understanding UV Spectrum and Where 405nm Fits

A UV LED 405nm emits ultraviolet light with a pre-selected wavelength. As we all know, the UV spectrum ranges from 100nm to 400nm depending on its wavelength, which is measured in nm. 

The UV LED 405nm wavelength fits at the top of the UV spectrum and is often called “UV-A Light.” UV LEDs with this specific wavelength are used across various industries, such as electronics, digital inkjet printing, 3D printing, medical device manufacturing, curing processes, security marketing, and disinfection. 

Though direct and prolonged exposure to UV lights can be harmful to human cells, UV-A is generally considered less harmful than UV light with shorter wavelengths (i.e., ranging from 100nm to 280nm).

Unique Characteristics of 405nm UV Light 

405nm UV light wavelength lies in the violet region of the electromagnetic spectrum. It possesses the following unique characteristics:

l This wavelength has a higher energy per photon, which can be used in various industrial photochemical reactions.

l 405nm UV light can effectively excite fluorophores due to its shorter wavelength than visible light.

l Due to its low penetration, 405nm UV light can easily interact with surface-level structures. 

How UV LED 405nm Works for 3D Printing?

In 3D printing, each layer must be cooled and cured immediately after it is jetted. UV  LED curing approaches have advanced capabilities and can efficiently be used for 3D printing of automotive parts, footwear, jewelry, and prototypes.  

405nm UV LEDs work by passing electrons from semiconductor diodes, emitting energy as UV photons. Curing for specific printing processes, such as stereolithography (SLA), using UV technology can be tedious as it depends entirely on photoinitiators.

Photoinitiators are chemical substances that react to specific wavelengths, such as 405nm led. They are used for both bond breakage and creating new bonds between oligomers.

As the new bonds form, they efficiently cure the adhesives in the desired shape. This way, UV LED technology can be used for curing the substrates without damaging the system, environment, and human cells. 

The chosen wavelength of high-power UV LED boards ensures that they efficiently activate adhesive curing agents. AND this approach results in a thorough and rapid curing process, ultimately contributing to reduced processing times and increased production speeds.

Understanding the Role of 405nm UV LED in the 3D Printing Process

The following printing methods are used in the 3D printing industry:

1. Stereolithography (SLA)

2. Fused Deposition Modeling (FDM)

3. Carbon CLIP Technology 

4. Selective Laser Sintering (SLS)

UV LED 405nm corresponds to the violet spectrum, ideal for curing photopolymer resins, mainly used in Digital Light Processing (DLP) and Stereolithography (SLA).

In resin 3D printing, 405nm UV light plays a pivotal role in initiating the photopolymerization process, which is responsible for solidifying the liquid resin into your desired objects. The 3D printing process involves building up layers of desired compounds, such as metal, polymer, or resin, until they merge into your desired shape.

Since it can be challenging to continuously apply raw materials if the working surface has not dried immediately. So, the composites can be hardened as they polymerize by irradiating them with 405nm UV light, allowing more materials to be applied for further layering. 

In addition to resin curing in 3D printing, 405nm LED can also be utilized in the post-processing of the formed objects. In the 3D printing industry, this process is carried out to improve the mechanical properties and performance of the material. Also, UV light helps in increasing resistance and minimizing shrinkage. 

Reasons and Benefits of Using UV LEDs for 3D Printing

1. Cost Savings and Energy Efficiency 

One of the most notable features of the UV LED 405nm technology is its remarkable energy efficiency and cost savings. Unlike conventional curing systems, UV LED sources don’t consume substantial amounts of power. This approach ultimately leads to reduced environmental impact and lower energy bills.

2. Ultra-Fast Switching 

Another appreciable benefit of the 405nm LED technology is that it can be switched ON/OFF rapidly without damaging your systems. Traditional mercury lamps work by, in effect, striking a short-circuit arc. Also, they have a limited scope of varying output intensity. So, they keep generating heat and using power whether you’re printing or not.

In contrast, UV LEDs for 3D printing can be switched rapidly to vary the light output. Since the UV LED 405nm board is only switched on when needed, its lifetime can be extended to years.

3. Longer Life and Durability 

Do you know the service life of a single chip with UV LED technology is about 10,000 to 15,000 hours, depending on the heat dissipation? That means if a UV LED 365nm board runs 8 hours a day, with a service life of 10,000 hours, it can last about 5 years. Seems impressive?

Since the UV LED boards remain OFF in non-printing mode, their actual service life can even be further extended. Traditional curing systems such as high-pressure mercury (Hg) lamps generate ozone gas, which needs to be extracted by ventilation and can lead to regular wear and tear to your systems. 

In contrast, UV LED technology is better known for its reliability and durability. The high-end UV board ensures reduced downtime, more consistent printing operation, and lower maintenance costs. 

4. Improved Production Speeds

Everyone wants to save time in the fast-paced digital printing world, and the UV LED 405nm offers a significant advantage in this regard. The ultra-fast switching and instant curing capabilities of this technology can eliminate the need for drying time and speed up the production process. 

Also, the fast-curing power of UV technology accelerates customized printing solutions and helps businesses quickly meet tight deadlines. Above all, the faster turnaround times of UV LED 405nm can be a game-changer in 3D printing, offering you a competitive edge over the competitors.

5. Precise Wavelength 

The carefully chosen wavelength of the UV LED 405nm is not arbitrary. Instead, it aligns with the absorption spectra of commonly used photo-initiators in UV adhesives.

This thoughtful wavelength selection ensures that the Ultraviolet light is fully absorbed while triggering an efficient glue-curing process without excessive heat dissipation. Also, it results in controlled and precise curing without damaging the sensitive substrates. 

The Bottom Line

So, that sums up our today’s review of UV LED 450nm. Light-emitting diodes with this specific UV wavelength show promising capabilities in the 3D printing industry.

AND when it comes to finding the right UV LED manufacturers, you know whom to contact - Zhuhai Tianhui Electronic. With more than 20 years of experience in OEM/ODM services, we are able to deliver the best quality UV LEDs for several purposes at affordable rates.

Contact us today to learn more about our premium UV LED solutions for multiple applications!