3014LED lamp beads-2835LED lamp bead manufacturer supply. The single lamp bead of 28335 patch is 0.06W, the size of the chip size is 10*16nm, 10*18nm or 10*23nm (the larger the chip size, the larger the current, the higher the brightness). The common brightness used to make fluorescent lamps is 7-8LM. Some manufacturers may use 6-7LM in order to reduce costs. The characteristics of the new 2835LED lamp beads: 1. High emotional efficiency, narrow spectrum, good monochrome 2, high color rendering, showing realistic color, excellent color reproduction capabilities 3. Green environmental protection, toxic and harmful substances such as lead, mercury and other toxic and harmful substances 4 , Precision constant current, life expectancy of 50,000 hours, low attenuation 5, high brightness, good light color consistency; 6. Using Japanese imported silicone glue packaging, low light decay, long life span, long life span. It is widely used in LED lamp tube, LED ball bubbles, LED panel lights, LED ceiling lamps, LED street lights, LED car lights, mine lights, stage lights, flashlights, lights, light lights and other lighting fixtures, outdoor billboards, electronic display screens, electronic display screens, electronic display screens, electronic display screens , Traffic signal lights, signs, car taillights, LED light emitting modules, LCD backlight, LED lighting lighting, LED soft/hard light strips, etc., are the best choice to replace traditional lighting sources. 3014LED patch lamp is made of FPC circuit board, LED light, and silicone sleeve, soft and ultra -thin. It has good waterproof performance, soft and high brightness, not dazzling, saving about 1/3 than solar lights. Good anti -aging, resistance to high temperature, non -changing color, should be used in outdoor building lighting, advertising lighting, etc., durable and good safety. 3014LED Light Features: 1. High brightness: The brightness of a single LED patch lamp bead can be as high as 12LM. 2. Good heat dissipation: Although 3014 is small in size and some structural design solutions, the heat dissipation effect is very good. 3. Low attenuation: Due to the use of imported materials, plus the packaging process, the attenuation of the product can be controlled within two thousandth. 4. Long life: The materials used in the product, the good heat dissipation effect, the product life can be more than 50,000 hours. 5. Stability: Use regular chips to make the product have strong stability. After a long period of use, the lamp beads do not change color and ultra -low attenuation. Product application: LED ceiling lamp, LED bubble lamp, LED solar light, LED panel light, LED downlight and other indoor lighting fixtures. 3014LED lamp beads-2835LED lamp bead manufacturer supply. Car is synonymous with comfort and fast, and the lights are particularly important. Especially brake lights. In the field of car lighting applications, the era of halogen lamps, ghost lamps, and LED lights. It is recommended that 4014LED lamp beads, 4014LED lamp beads are relatively small, using LED lamp beads in the automotive field can imagine that it takes less position. In the limited space of the car , Can meet the needs of consumers. In addition, LED lights have a longer life span and fast startup speed, which reduces the possibility of accidents in the car accident. Compared with ordinary lamps, LED lamps have higher seismic resistance. Generally, the light bulbs are not required in the car life, reducing the subsequent maintenance investment, and has a higher economic advantage. 4014LED lamp bead advantage: 1. Life span: now the life expectancy of 4014LED lamp beads is as high as 60,000 hours is 30 times that of different light sources, which greatly reduces the maintenance cost of automobile brake signal lights. 2. Low power consumption: Comparison of LED and traditional light sources can save energy more than 80%, which greatly increases the life of the battery and reduces the cost of use of the car. 3014 lamp beads are a specification type of LED plane sticker light -emitting diodes. It is a size of 3.0 (width)×1.4 (height) MM LED lamp bead. Configuration highlights: 1, 3014LED lamp beads are small in size, and the development direction of the lamps is a light, thin, and small route. The patch LED is thinner than his other LEDs. From the name of 3014, one of the advantages of the lamp beads, one of the advantages of the patch light source 3014 is that the size is small, only (3.0 *1.4 mm). 2. 3014LED lamp beads low light decay. The heat resistance low thermal conductivity is good; 3, 3014LED lamp beads high brightness is 10-14LM. 4. Low cost, product cost and performance analysis: Compared with the market 3528/3020, 3528 numbers are more, compared with the entire lamp cost, 3014 has the advantage of 3014 possessive advantages. Therefore, it is a better product choice in LED solar light heat sinking. 5. 3014 is characterized by good heat dissipation performance, because its cooling structure is different from 3528. Under the application of LED lamp beads, the use of 0805LED lamp beads is becoming more and more widely used. It can be said that it is applied to all walks of life. Related manufacturers such as toys, transportation instructions, urban lighting projects, 0805LED lamp beads are essential. Because it is widely used, there are more and more products in the market. Therefore, when purchasing, the quality of LED lamp beads determines the quality of chip and good chip quality, then it has the characteristics of high brightness and stable performance; its cooling heat dissipation; Performance is also very important. If the heat dissipation performance is not good, work at high temperature for a long time will not only affect the service life, but also the light decay will become very large. 0805LED lamp bead manufacturers sell selection technology Co., Ltd. Technology Co., Ltd. has many years of experience in developing and producing LED lamp beads. The company's main LED lamp beads include 2835LED lamp beads, 3014LED lamp beads, 4014LED lamp beads, 3528LED lamp beads, 5050RGBLED lamp beads, 3030LED lamp beads, 7020LED lamp beads, 5050 Phantom LED lamp beads, 0603LED lamp beads, 0805LED lamp beads, etc. A group of high -quality managers and sales elites are condensed, and huge breakthroughs have been achieved in the LED field. In terms of product characteristics and detail control, it has been continuously upgraded and optimized and improved. A solid foundation.

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

SMDLED7060, high-power 1W white light-warm white-Zhengbai-cold white (80-90lm 90-100LM 100-110LM), using imported chips, quality assurance, color can also be selected in color. It can also be equipped with tone, price preferential! Product precautions The scope of application of product transportation: All products; LED products need to keep the front facing up, moisture -proof and waterproof, avoid squeezing, collision and severe vibration during transportation. Product storage and time limit scope of application: all product room temperature densely sealed storage: 20 30 , 40%to 60%RH, the product is valid for half a year; moisture -proof sealing storage: 20 30 , 25%to 60%RH, the product validity period For one year; after the product disassembling package is opened, it is recommended to use it within 72 hours, (environmental condition temperature

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 definition of each manufacturer of UVLED line light sources is different, generally refers to a light source with a width of light less than 10mm or 15mm, and unlimited length. UVLED line light sources generally arrange UVLED into a row, and add a round stick -like or semi -circular quartz lens in the UVLED light -emitting direction, so that the round light spots emitted by each UVLED are stretched into oval spots through the lens. The strength of the light at the center of the light spots is stronger than the two wings of the ellipse, but as long as the two adjacent LEDs are discharged properly, the two wings of the adjacent oval light spots overlap each other, so that the strength of the light of the two wings will be strengthened, and the strength of the two wings will be enhanced. Direction) Forms a relatively uniform light intensity. As shown in the figure below: In the short shaft (light spots width direction), because there is no effective superposition effect, it will present the high -sides of the high side of the middle and low parabolic light intensity curves. Of course, we can change the shape of the parabolic line through the luminous angle of the lamp beads or the diameter of the lens. The picture below shows the light intensity curve of the long axis and short shaft direction in a certain line (blue and red represents different light beads with different luminous angles): the long shaft) The light intensity of the light intensity in the direction of the direction

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

When the LED light source is turned on, the P-N connection area within the chip begins to function, generating and accumulating heat. Whenever the state achieves a stable condition, the temperature is referred to as the junction temperature.

Also, because the chip has been encased, the heat of the semiconductor cannot be directly checked during the measuring procedure. As a result, the warmth of the pin conductor is commonly used to infer the temperature difference of the source of light indirectly. The lower the light source's junction temperature, the better its heat dissipation.

Typically, the material chosen for the light source semiconductor and the packaging shape it takes has a direct impact on the heat dissipation of the LED light source.

The materials used for the LED light source get a certain electrical resistance to the inside and outside. The magnitude of these resistivity values reflects the light source's heat dissipation capacity to some extent.

The Heat Dissipation Problem

Heat dissipation is a type of energy dissipation (energy transfer). The term "energy dissipation" refers to energy wasted due to temperature differences and inefficiencies.

Heat is dissipated through three processes:

· Convection is the process of heat by flowing fluids. A convection oven, for example, uses air (a heated, moving fluid) to transmit heat.

· Conduction is the process by which heat is dissipated throughout one material and perhaps into another material that would be in touch with the heated substance. An electric cooktop heated by electrical resistance is one example.

· Radiation is the process through which heat is dispersed using electromagnetic waves. The microwave oven is an example of heat dissipation.

· Using the appropriate insulation for the application decreases heat loss and its costs while also boosting efficiency and safety.

How to solve the heat dissipation problem

To capture the maximum degree of the UV-LED source of light that remains below the significance threshold of the chip for an extended period at ambient temperature, it is important to implement safe and dependable thermal performance for the UV-LED source of light. UV-LED light source heat management may usually be divided into two linkages. Chip packing materials and packing procedures are being improved in the light source production sector to improve heat dissipation efficiency.

However, adding exterior radiators in engineering applications can significantly improve heat dissipation performance. The radiator structure is varied, including fin type, heat exchange type, power sharing plate type, and micro-grooves type, among others.

To obtain the maximum heat of the UV-LED source of light that remains below the significance threshold of the chip for an extended period under ambient temperature, it is important to integrate safe and dependable temperature control for the Ultraviolet light source.

UV-LED light source heat dissipation design can be split into chip level, packaging level, and system level. The source of light in the manufacturing process determines the first two. The study focus of this paper is on the scheme heat dissipation issue, that is, optimizing the construction of the Ultraviolet light source's auxiliary heat sink.

What is the LED junction temperature and why does it matter?

Junction temperature at the point where the LED die meets the material it is mounted on. This junction typically has the device's greatest temperature, making its value a good indicator of heat dissipation efficiency. Conducive heat channels are built into modern LED packages to transfer heat from the intersection to the solder site. The LED package's interaction with the PCB or a separate heatsink is where the solder connection is situated.

The internal thermal resistance of the LED serves as a measure of the efficiency of internal heat routes. Thermally speaking, the LED's quality increases with decreasing internal temperature. The value of heat capacity must be accessed by the design engineer while creating an LED fixture from the a thermal management standpoint. CFD solvers will utilise this figure to precisely calculate the LED's temperature and check whether the device has gone above the manufacturer-recommended upper limit. Junction temperatures in contemporary LEDs typically reach 100°C or higher. Its value is affected by the temperature range, the heat transfer rate between the LED circuit and its surrounding, and the chip's power consumption.

Thermal Design Factors

Any LED bulb must be made to reduce high thermal stability from the LED to a surrounding air in order to keep LEDs cool. Conduction, convective, and thermal radiation are the two types of heat dissipation that must be taken into account and optimised during the entire fixture design process.

1. LED width and configuration

To create small LED fixture designs, designers frequently wish to shorten the distance between Led on a PCB. But this will result in a higher thermal power density, which will enhance the heat of the LEDs.

UV LED manufacturers frequently offer a suggested distance between LEDs and specify the temperature increase that can be anticipated when that distance is shortened by a specific amount. Studies on LED board layout have revealed that homogeneous and symmetrical chip arrangements provide a same amount of heat output whether they are rectangle, hexagon, or circular.

2. Choosing LED Module

Direct in-line packaging (DIP) LEDs and the newest multiple chips on boards (MCOB) LEDs are just a few of the many different types of LEDs available. DIP LEDs are used mostly for signs and display on domestic gadgets. They are distinguished by their bullet-shaped form.

SMD LEDs are square semiconductors that can produce light over the entire RGB spectrum.

Where to buy high-quality UV LED

A creative and experienced manufacturer, Zhuhai Tianhui Electronic Co., Ltd. is focused on UV LEDs, large-scale projects, UV LED packaging, and integrated circuit production of high luminescence, high efficiency, light brightness, and long life. As one of the leading excessive uv led manufacturers in China, we put a great premium on meeting the needs of our clients and are dedicated to offering superior service. We provide consumers with excellent UV LED Solution, products, and services. We offer UVA, UVB, and UVC products with short to long wavelengths as well as full uv led diode LED specs with low to high power. One of the top UV LED producers, Zhuhai Tianhui Electronic Co., Ltd., concentrates on UVC, UVB, and UVA disinfection and sterilization. The goods are widely utilized.

Water is an indispensable resource that is required for the survival of all life. However, water can also be a source of microorganisms and contaminants that pose a health risk to humans. Therefore, water must be treated prior to consumption or use. Ultraviolet purification is one of the most effective methods of water purification. In this article, we will discuss the benefits of UV purification and why it is a popular water treatment option.

UV Water Disinfection: What Is It?

It is a technique that employs ultraviolet (UV) light to kill or inactivate microorganisms in water. The method involves transporting water through a chamber containing an ultraviolet lamp. UV radiation destroys the DNA of microorganisms, rendering them incapable of reproduction and harm. This water disinfection is effective against bacteria, viruses, and protozoa. UV LED diodes have become increasingly popular in UV water purification systems due to their many advantages over traditional UV lamps. Moreover, the different types of UV led module are also becoming game changers in UV water purification.

The Advantages of UV Water Disinfection

Chemical-Free Method

One of the greatest benefits of UV water disinfection is that no chemicals are used. As opposed to other water treatment methods such as chlorination, which use chemicals to kill microorganisms, the UV method relies on UV light to do the work. This indicates that no harmful chemicals are introduced to the water during purification. Important because it eliminates the risk of chemical contamination in water, which can be hazardous to human health.

Effective Against Numerous Microorganisms

Additionally, this water purification is effective against a broad spectrum of microorganisms, including bacteria, viruses, and protozoa. These microorganisms' DNA is harmed by UV radiation, rendering them incapable of reproduction and harm. This indicates that it can offer a high level of protection against waterborne diseases like cholera, typhoid, and hepatitis A.

Simple maintenance

Compared to other water treatment techniques, UV water purification systems require minimal maintenance. Once the system is installed, periodic cleansing of the quartz sleeve containing the UV lamp is required. Based on usage, the lamp must be replaced every 12 to 24 months. This makes them cost-effective over time, as they require minimal maintenance and replacement costs. Another alternate today used are UV LED diodes instead of lamps which are more durable.

No Chemical Residue

UV water disinfection leaves no chemical residues in the water. This is essential because lingering chemicals can modify the flavor and odor of water, rendering it undrinkable. In addition, residual chemicals can be hazardous to human health, particularly when consumed over an extended period. By utilizing such water purification, you can be certain that the water you are consuming or using is chemical-free and tastes clean and fresh.

Environmentally Responsible

UV is an eco-friendly method of water remediation. It does not generate any harmful byproducts or waste, nor does it necessitate the use of chemicals that are harmful to the environment. In addition, UV water disinfection systems consume less energy than other water treatment methods, such as reverse osmosis and distillation, making them more energy-efficient.

Rapid and Effective

It is a rapid and effective method for treating water. It can treat significant volumes of water rapidly and does not require a lengthy contact time, unlike methods such as chlorination. This means that UV water disinfection systems can be used in situations where a large quantity of water needs to be treated rapidly, such as during emergencies or natural disasters.

Simple to Install

UV water disinfection systems are simple to implement and can be installed within hours. They can be installed by a trained professional without the need for intricate plumbing or electrical work. Furthermore, UV water disinfection systems can be integrated with existing water treatment systems, making them a flexible and convenient water treatment option.

Cost-Effective

UV water disinfection systems are economical over time. Although they may have a higher initial cost than other water treatment methods such as chlorination or filtration, maintenance and replacement costs are minimal. In addition, UV purification do not necessitate the purchase or storage of chemicals, which can increase the overall cost of water treatment.

Unaltered pH Value

UV water disinfection is superior to other methods of disinfection in that it does not modify the taste, odor, or pH of water or air. UV disinfection only targets the DNA of microorganisms, thereby preserving the natural properties of water or air. This makes UV water disinfection the preferred method of water treatment in industries where flavor and odor are crucial, such as the food and beverage processing industry.

Safe for consumption by humans

UV water disinfection for human consumption is a safe and effective method of water remediation. It leaves no hazardous byproducts or chemicals in the water and is effective against a broad spectrum of microorganisms that cause waterborne diseases. In addition, UV disinfectant is a natural process that does not modify the flavor or odor of water, making it a popular option among many individuals.

Versatility

UV Water disinfection systems of UV are adaptable and can be utilized in a variety of contexts, including residential, commercial, and industrial. They can be utilized to treat potable water, effluent, and even pool water. In addition, UV water purification systems can be combined with other water treatment methods, such as filtration or reverse osmosis, for enhanced water purification.

In addition, it is compatible with other water treatment techniques, making it a comprehensive method for pathogen control. UV water disinfection can be combined with other techniques such as chlorination, filtration, reverse osmosis, and ozonation to obtain a higher level of pathogen control and ensure the safety and quality of the water supply. UV disinfection, for example, can be used as a post-treatment phase to eliminate residual chlorine and ensure complete pathogen control. Additionally, it can be used as a final stage following filtration to eliminate any remaining microorganisms. UV water disinfection can also disinfect the permeate after reverse osmosis or eliminate any residual ozone following ozonation.

Reliable

UV water purification systems offer consistent water treatment outcomes. They are not dependent on external factors such as temperature or pH levels, which can impact the efficacy of other water treatment methods such as chlorination. They can offer a high level of protection against waterborne diseases and ensure that drinking water is always safe and pure.

No Negative Side Effects

It does not have any negative health consequences. It leaves no harmful byproducts or chemicals in the water and does not alter the flavor or odor of the water. In addition, UV water disinfection systems do not produce any harmful emissions or waste, making them a safe and environmentally beneficial method of water purification.

Applications of UV Water Disinfection

Ultraviolet disinfection is utilized in residential, commercial, and industrial contexts, among others. Examples of prevalent UV water disinfection applications include:

Drinking Water Treatment

Treatment of drinking water is an essential process that must be carried out in order to guarantee the cleanliness and integrity of the water that people drink. The treatment procedure comprises the utilization of a variety of disinfection methods, one of which is ultraviolet (UV) purification, in order to eradicate hazardous germs that may cause diseases that are transmitted by water. To purify drinking water, these systems are frequently found in private residences, educational institutions, and other public establishments.

Either at the point of use, such as a sink in the kitchen or a water dispenser, or at the point when water comes, which is the place where the water first enters the building, purification systems can be placed. Eliminating germs including bacteria, viruses, and protozoa by the use of UV water purification is a process that is extremely efficient. These microbes are responsible for a variety of diseases that are transmitted through water, such as cholera, typhoid, and hepatitis A. It is possible for us to guarantee that the water we drink is risk-free and devoid of potentially hazardous impurities if we purify it with ultraviolet light.

Wastewater Treatment

The process of eliminating toxins from wastewater before it is discharged into the surrounding environment is referred to as "wastewater treatment." The use of ultraviolet rays to disinfect water is also common in industrial settings for the purpose of cleaning effluent. Effluent from an industrial setting may be contaminated with a wide variety of pollutants, including organic and inorganic compounds, heavy metals, and pathogens. UV systems can be utilized to treat wastewater, rendering it appropriate for discharge into the surrounding environment by removing potentially hazardous microbes.

The effluent from a range of sectors can be effectively treated with ultraviolet purification treatment for water disinfection. These industries include the food and beverage industry, the pharmaceutical industry, and the electronics industry. We are able to ensure that industrial effluent is treated efficiently by applying UV water purification, which in turn reduces the negative influence that dangerous substances have on the surrounding environment.

Swimming Pool Water Treatment

It is essential to treat the water in swimming pools in order to guarantee that the water within the pool is risk-free and devoid of any potentially hazardous impurities. In order to prevent skin and eye irritation, as well as the production of potentially harmful byproducts such as chloramines, chlorine is routinely employed as a disinfectant in swimming pool water. In the treatment of water in swimming pools, ultraviolet disinfection can either work in conjunction with chlorine or take its place.

The use of ultraviolet light can sterilize the water, removing any potentially harmful germs and making it safe for swimming. It is also excellent in reducing the quantity of chlorine that is required to treat swimming pool water, which lowers the risk of irritation to the skin and eyes. We are able to lessen the negative effects that chlorine has on swimmers while also ensuring that the water in the pool is clean and free of any potentially hazardous substances if we treat it with ultraviolet purification.

Food and Beverage Processing

In the food and beverage sector, water is an essential component that is utilized in a variety of manufacturing processes. These procedures include cleaning, sanitizing, and processing the food and beverage. It is of the utmost importance to make certain that the water that is used in these procedures is clean and uncontaminated by any potentially hazardous substances. If the water is not sterilized, it can cause many health issues in consumers, most commonly food poisoning. The water that is utilized in the manufacturing operations of the food and beverage sector is often purified through the use of ultraviolet water filtration.

UV water disinfection is an efficient method for eradicating dangerous microorganisms from water, so assuring that the water is free of any contaminants that could potentially contaminate the end product. It is a natural method of treating water that does not involve the use of any chemicals and ensures that the finished product is risk-free. The utilization of ultraviolet purification in the production of food and beverages enables us to guarantee the high quality and sterility of the final goods.

Healthcare Facilities

In hospitals and other medical facilities, water is an essential resource that is required for the performance of a wide variety of medical procedures, including surgery, dialysis, and wound care. It is of the utmost importance to make certain that the water that is used in these processes is clean and free from any potentially hazardous impurities. The water that is used in medical treatments is often treated with an ultraviolet water purification system that is utilized in healthcare institutions.

The removal of potentially harmful microorganisms through the application of ultraviolet light in the purification process renders the water appropriate for use in clinical settings. It is possible to lessen the likelihood of infections and other unfavorable consequences by installing UV water disinfection in hospitals and other medical institutions. These systems can guarantee that the water used in medical procedures is clean and free of potentially hazardous substances.

To know more about UV water disinfection, UV LED diodes, and other UV products. Contact Tianhui Electric and get ready to start your UV journey to a healthy lifestyle.