High quality UV LED chip factory: Tianhui Electronic has been engaging in UV LED package with full production series and stable quality and reliability as well as competitive prices. Over the past 20 years, we have served customers in more than 50 countries. We will quote within 1-3 days, deliver the sample within 3-7 days, and arrange shipment and delivery within 20-30 days for large goods. The CEO of Zhuhai Tianhui Electronics Co., Ltd. has 20 years of private enterprise management experience and nearly 20 years of UV industry experience. She has insight into the development direction of the UV industry, is proficient in team building and is good at integrating supply chain relationships.She is an OEM, ODM service and UVLED overall solution provider for various air and water disinfection modules. Find additional details at UV LED module.

Compact and Solid-State Design: The UVC LED diode is characterized by its compact and solid-state design. Unlike traditional UVC LED lamps, which contain mercury and require special disposal, UVC LED diodes are environmentally friendly and free from hazardous materials. The solid-state design also contributes to their durability and longevity. Energy Efficiency: UVC LED diodes are known for their energy efficiency, converting a significant portion of electrical energy into UVC LED light. This efficiency not only reduces operational costs but also aligns with sustainability goals, making them a preferred choice for various applications.

Precise Wavelength Control: UV LED systems provide precise control over the emitted wavelength. This accuracy is crucial in applications where specific UV wavelengths are required for optimal curing results. Reduced Heat Emission: UV LED diodes emit minimal heat during the curing process, which is advantageous when working with heat-sensitive materials. This characteristic expands the range of substrates that can be processed using UV LED curing technology. The UV LED printing system is an advanced printing technology that utilizes UV LED (Ultraviolet Light Emitting Diode) as a light source to solidify UV ink. Compared to traditional mercury lamp light sources, ultraviolet LED light sources have higher energy efficiency and can convert more energy into ultraviolet radiation. In addition, the lifespan of UV LEDs is also longer, reaching tens of thousands of hours, reducing the cost of light source replacement and maintenance.Secondly, UV LED printing have lower energy consumption and less thermal radiation. Traditional mercury lamp light sources generate a large amount of thermal radiation, requiring additional heat dissipation systems to control temperature. UV LED light sources generate less heat, which can reduce energy consumption and thermal radiation, improve the stability and efficiency of printing systems.

Our UV LED board demonstrates exceptional energy efficiency, precise wavelength control, and uniform light distribution. It stands out for its robust durability and high reliability, ensuring consistent performance. With its compact design and easy installation, our UV LED board is an ideal solution for applications such as UV printing, sterilization systems, and photochemical processes, offering clients an efficient and reliable platform for their UV lighting needs.

Tianhui IR LED and Phototransistor – Encoder light source, an integrated diode emitting 850nm Led peak wavelength which is matched to a silicone sensor to measure the distance through the gap phase difference. Application products: Automatic control of motor revolution, Actuating motor, Controllable motor. Benchmarking ICHAUS, the optical output linearity is good, the emission angle is less than 5 degrees, the output power is high, and the conversion speed is fast. Cold and heat shock (- 40 degrees – 125 degrees) 1000 cycles, 6kg pressure for 30min, air tightness test, electrical aging for 1000 hours, light attenuation less than 5%.

Adhesive Bonding: UV LED technology plays a crucial role in adhesive bonding applications across sectors, including electronics and medical devices. The controlled and rapid curing process ensures strong and reliable bonds. 3D Printing: UV LED Curing Systems are vital in 3D printing technologies using UV-curable resins. The controlled curing facilitated by UV LED technology allows for the precise creation of intricate and detailed 3D-printed structures. Electronics Manufacturing: UV LED Curing Systems contribute to the curing of adhesives, encapsulants, and coatings in electronics manufacturing. The low heat emission protects sensitive electronic components during the curing process. Medical Devices: UV LED curing technology, powered by UV LED diodes, is applied in the production of medical devices for bonding, sealing, and coating applications. The instantaneous curing process ensures reliability and sterility. Find extra details at tianhui-led.com.

In practical applications, 200-280nm UVC LED modules are widely used in fields such as drinking water treatment, swimming pool purification, and aquarium filtration. It can be installed in the water channel and efficiently kill microorganisms in water through continuous ultraviolet irradiation, improving the hygiene and safety of water quality. In summary, the 200-280nm UVC LED module provides an efficient, economical, and environmentally friendly solution for mobile water treatment. Its emergence not only improves the shortcomings of traditional water treatment methods, but also provides people with a safer and healthier water environment. With the continuous progress of technology, I believe that the application prospects of UVC LED modules in the field of water treatment will be even broader.

Air disinfection is a technology that purifies the air by killing bacteria, viruses, and other microorganisms in the air. It can effectively improve indoor air quality and reduce the risk of disease transmission. There are many tiny bacteria and viruses in the air that can be transmitted from person to person through coughing, sneezing, breathing, and other means. Especially in enclosed indoor environments, these microorganisms are prone to accumulate, increasing the risk of infection. Air disinfection technology uses various methods to kill microorganisms in the air. One of the most common methods is to use ultraviolet disinfection technology. Ultraviolet radiation has strong bactericidal ability, which can damage the DNA structure of microorganisms and cause them to lose their reproductive ability. Another common method is to use an air filter, which can filter out small particles and microorganisms in the air and keep the indoor air clean.