TIANHUI new UVLED ultraviolet light-spoke polyolefin linked LX-Y1200 is compared with traditional mercury-lamp-type radiation cross-linking equipment, electronic accelerator cross-linking, silicane cross-linking: low energy consumption Tianhuilx-y1200 UV LED radiation The installation power of polyolefin cross -linking equipment is equivalent to 1/4 of the original ultraviolet radiation equipment and 1/30 of the electronic accelerator. Water or water vapor needs to be heated for a long time. Time Tianhuilx-Y1200 cross-linking is an online squeezing cross-linking method to reduce the subsequent cross-linking processing process. Compared with boiled or steam-assisted silane crosslinks, the time required for the need for electronic bouquets , Especially the completion of the emergency task, the advantages are significant. Low cost compared to warm water cross -linking and commissioned electronic beam radiation processing, the price of ultraviolet light radiation cables is low, and many complex processes have been reduced during the production process, such as the transportation cost of semi -finished cables, the corresponding operator costs, etc. The wavelength without oxygen -free extremely high wavelengths, only useful wavelengths, no infrared radiation, low heat; extremely low visible light radiation, light -free pollution; no short -wavelength ultraviolet radiation, no harm to the human body, zero ozone emissions, zero ozone emissions. No need to cool down the airflow of high power fan, no particularly complex heat exhaust and discharge oxygen air ducts are required. You only need to connect a small diameter to smoke exhaust pipe and a 2KW fan to eliminate the low molecular fans when the insulation is extruded. Prevent the effect of affecting light radiation. The size is small, the installation is convenient to add a distance between 1.8 2m between the original production line extract mold and the warm water tank, and the spats with a width of 2.5 to 3 meters can be placed. Place the situation on the scene, depending on the scene. The operation is convenient to flip the tunnel structure. It is easy to clean, wear the lead, simple operation, and does not require complicated processes. Life is long and low -maintained. LED devices have a life span of about 20,000 hours. Other electrical and electronic devices have no life span than ordinary electrical electronic products. Regular maintenance is to maintain the cleaning of optical lenses. The consumables are industrial wiping paper and oil fume cleaner. The operator can complete. The traditional light radiation equipment consumables are UV lamps and reflective boards, which need to be replaced once in a short time. Electronic ray radiation units need to professional maintenance team maintenance. Green and Environmental Protection "Industrial Sanitation Standards" stipulates that the safety standards of ozone are 0.15ppm, and environmental air quality standards (GB3095-2012). UVLED UV-light cross-linking equipment will not produce ozone, while traditional mercury lamp equipment will generate a lot of ozone. Ozone is harmful gas. 1) Applicable range of wide -outer light radiation cable cross -crossing equipment can reach more than 2mm. It can be used for production of a variety of cables such as ordinary crosslinking polyethylene cables, flame retardant cross -linking cables. The production speed is high and the application range is wide, which can match the production speed of the wire and cable production line. 2) The price of low-ultraviolet light radiation cable crossing equipment is only 1/10-1/5 of the electronic beam radical equipment. Only installation needs to be added to the basis of the rough production line. Compared with the first -generation equipment, electricity and production efficiency costs can save a equipment. 3) The installation is convenient to use the modular design of UV light radiation cable crossing equipment. Only pipeline connections are required between the sections, and the installation is convenient. The modular design allows the equipment to place a higher flexibility and fully meet the installation needs of various production sites. 4) Highly high -ultraviolet light radiation cable cross -crossing equipment adopts advanced and stable control methods, high reliability component components, all non -standard parts adopt a high life design, strict material selection and then accurate processing of precise processing Level, 0 of all aspects of assembly have high quality requirements. Finally, after a very strict test to ensure that each device can run safely and reliably, the stability and service life of the equipment will be maximized. 5) Environmental protection UV light radiation cable cross -crossing equipment adopts the cooling method of air negative pressure. The ozone generated during the cross -linking process is leaked in production. After the high temperature decomposition, the residual amount is directly discharged into the high atmosphere. There is almost no pollution to the environment.

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

In the past, ultraviolet light sources used in the printing industry generally used light sources such as high -voltage mercury lamps and metal halogen lamps. Due to the large -scale lamps and power devices, users were worried that the power consumption and the large heat were caused Once ozone such as ozone during the process. With the advent of UV optical curing technology, because of its environmental protection characteristics, environmental pollution is small compared to the solvent type, and the operating cost and solvent type will even be lower. Therefore. The survey results show that the market share of the LED-UV tablet printer has rapidly reached 11.7%, and the market share of the wide-sources of solvent type has fallen to 33.6%. UV光固化技术是一项绿色工业的新技术曾被北美辐射固化委员会评为具有5E特点的工业技术充分展现出了该技术的特点即高效节省能源环境友好经济 Extensive adaptability. At present, the UV curing lights commonly used in the market are generally mercury arc lamps, referred to as mercury lamps. The UV mercury lamp has a limited service life, and the energy consumption is large but effective. In terms of solvent -type ink, because there is no VOC emissions, it has the characteristics of environmental protection and environmental friendliness, but there are some hidden pollution in UV mercury lamps. For example, it is easy to produce ozone. LED solidification is the most attractive technology in the field of energy curing. This technology has become increasingly the characteristics of energy saving, efficient, economical, environmental protection, and adaptive UV advantages, and cold light sources without infrared radiation. Focusing by people. At present, the market's demand for LED UV technology is very strong. Digital printing has become the largest market for this technology. Among them, the inkjet field is the most innovative, and the advantages of LED UV can meet the needs of this field. More information is welcome to log in.

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

Accompanying the skills of LED lamp beads constantly grows rapidly, making LED lamp beads a possibility of lighting as a lighting source, because light sources are severely required to show color rendering index (RA) in lighting lamps, but now the white light LED lamp bead skills are in today's In terms of color rendering, it is still not mature. White light is composite light, and through the prism, it is easy to differentiate the light of all colors in the white light. LED lamp beads are also a comprehensive light source of chromatography. This type of characteristic is called the high -gravity of LED lamp bead products. Just a kind of material with a wave -grain dilation. This type of material is included in the wavelength and the characteristics of the particles. It has strong composite characteristics. Therefore, in terms of the quality of light and the characteristics of LED lamp beads, LED lamp beads are characterized. Become a high -quality lighting source to make a possibility. Today's white light LED lamp bead skills, important acceptance of the construction technology of the Blu -ray chip to apply fluorescent powder. This type of skill is developed by Japan -Asia Company. From the inevitable sense, the lighting principle of fluorescent lamps. The lack of errors in the lack of talent in terms of talent. In order to fill this kind of errors, fluorescent powder skills have become the purpose of the property in the property. The blue chip is coated with fluorescent powder to make white light LED lamp beads. This kind of skill can make a white light LED lamp beads that have better effects in the reason. Due to the weak ability to respond to the situation during the acceptance process, it will cause theoretical theory. There is a little difference in the existence of real products. The production of this kind of difference is very horizontal. The production of LED lamp beads is due to the effect of LED lamp beads hot accumulation on fluorescent powder. We all have such experience. The white light year's power LED lamp bead follows the time of the matter, the occurrence of hot birth and the heat dispersing slowly reached the balance. Pink white light LED lamp beads affect the year of the year, the following figure is the effect of temperature on the fluorescent pink glowing function; from the figure above, it can be clearly seen that the temperature of the LED lamp beads constantly rises, and the fluorescent powder activity will be New Year's Eve. The decrease in the amplitude is better at 540 degrees Celsius. The activity of fluorescent powder at 120 degrees Celsius is basically not basically no. From the above explanation, it can be suffered from the color rendering index of fluorescent powder white light LED lamp beads. The first is to reduce the temperature of LED lamp beads, followed by improving the ability to comply with high temperature to high temperatures. The third is to accept color mining skills and accept red light to fill the color rendering index of LED lamp beads. The article comes from LED lamp beads,.

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 infrared lamp angle has a unique connection with the lens. If it is not coordinated, the performance of the monitoring camera cannot be well reflected. Generally speaking, the angle of infrared lamps determines the infrared distance to a certain extent. The large angle of infrared lamps is suitable for a large -range large -scale monitoring camera. The light is evenly distributed, and the quality of the screen is clear. The small -angle infrared lamp board is suitable for long -distance small -range monitoring cameras, but it is usually not available to the nearby environment, which can easily cause monitoring blind spots. Only in different positions with different angles of infrared lamp monitoring cameras can meet the requirements of usual monitoring requirements. In addition, in addition to the infrared light angle affects the distance, there is also the transmitting power of infrared lights. The larger the output power, the farther and farther in the irradiation distance. The factors that affect infrared light output power are mainly the size of the light -emitting chip. At this stage, mainstream chip products include 12mil?, 14mil, 16mil, 20mil, 24mil, 40mil and other levels. The number of lens millimeters also affects the monitoring distance of the surveillance camera to a certain extent. It can be said that the distance between the infrared lamp and the focal length of the lens to monitor the distance of the camera. The longer the focal length of the lens, the farther the irradiation distance. The telephoto is mainly concerned about the irradiation distance. The longer the focal length of the lens, the farther the irradiation distance, such as 3 times optical zoom, 30x optical zoom, etc. The wide -angle lens focuses on the width of the shooting screen, the close distance, and the large -scale monitoring the camera of the camera. The focal length of the lens can calculate the angle and distance according to certain standards. To understand this main parameter, it is very easy to choose the suitable infrared light. Infrared light angle and lens focal length pairing attention to consistency. Only with an infrared lamp with an angle with a suitable angle lens can the monitoring camera fully play its good performance.

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 rapid expansion of the electronics industry has necessitated the development of new and innovative technologies to propel the industry forward. The application of UV LED solutions is one of the emerging technologies in the electronics industry. Due to their unique characteristics, such as long lifespan, energy efficiency, and compact size, these solutions have been extensively adopted in the industry as a suitable alternative to conventional lighting sources. This article will provide a comprehensive overview of UV LED applications in the electronics industry.

Introduction to UV LED

When electrical current is transmitted through a UV LED, it emits ultraviolet light. It has wavelengths between 100 and 400 nanometers, which is shorter than visible light. UV LED diodes are composed of gallium nitride, a semiconductor material with a wide bandgap that emits photons with high energy in the UV spectrum. The diodes are between a few millimeters and a few centimeters in size, making them appropriate for use in compact electronic devices.

UV LED modules, on the other hand, consist of multiple UV LED diodes affixed on a PCB board. The modules are appropriate for use in applications that require a higher level of UV irradiance due to their higher UV light output.

UV LED Application in the Electronics Industry

Manufacturing of Printed Circuit Boards

To connect various electronic components, the electronics industry extensively relies on printed circuit boards (PCBs). UV LED solutions have been extensively adopted in PCB manufacturing, particularly in the solder mask curing process. UV LED diodes emanate high-energy photons that can rapidly cure the solder mask, thereby shortening the production cycle. Utilizing it in the PCB fabrication process has resulted in increased productivity, decreased energy consumption, and enhanced efficiency.

3D Printing

Emerging 3D printing technology has completely transformed the electronics industry. In 3D printing, UV LED solutions have been extensively adopted, particularly in the post-processing phase. After 3D printing, the printed object is typically treated with a UV-curing resin to improve its mechanical properties. Shortening the post-processing cycle is caused by the emanation of photons from UV LED diodes that can rapidly cure the resin, thereby. Utilizing this in 3D printing has increased efficiency, decreased energy consumption, and increased output.

Disinfection

In the electronics industry, UV LED solutions have been extensively adopted for disinfection purposes. UV-C radiation with a wavelength between 100 and 280 nanometers is known to be effective against viruses, bacteria, and other microorganisms. UV LED diodes emanate UV-C light, allowing them to be used to disinfect electronic devices such as smartphones, tablets, and laptops. It can also be used to disinfect medical equipment and other electronic devices requiring a high level of purity.

Optical Sensors

In the electronics industry, optical sensors are utilized for a variety of applications, including sensing light, color, and position. In optical sensors, UV LED solutions have been extensively adopted, particularly in the UV range. The rays coming off the UV LED diodes consist of photons and can be detected by sensors, making them appropriate for use in applications requiring a high level of sensitivity and precision.

Water Filtration

The electronics industry relies significantly on clean water for a variety of applications, including manufacturing. UV LED solutions for water purification have been extensively adopted by the electronics industry. UV LED diodes gives off UV-C light that is effective at destroying bacteria and viruses in water. Utilizing UV LED solutions for water purification has resulted in increased productivity, decreased energy consumption, and improved efficiency.

Spectroscopy

For analyzing the properties of materials, spectroscopy is a technique utilized extensively in the electronics industry. Spectroscopy has extensively adopted UV LED solutions, particularly in the UV range.The UV light emitted can then be analyzed to determine the material's properties. Utilizing this in spectroscopy has increased precision, decreased energy consumption, and increased productivity.

Fluorescence Microscopy

Fluorescence microscopy is extensively used in the electronics industry to analyze the properties of materials. Fluorescence microscopy has extensively adopted UV LED solutions, particularly in the UV range. UV LED diodes cause a UV light emission when the high-energy photons are the cause of fluorescent molecules in the material. The UV light emitted can then be detected by the microscope to produce an image of the sample. Utilizing this in fluorescence microscopy has increased precision, decreased energy consumption, and increased productivity.

Photolithography

Photolithography is a widely used technique in the electronics industry for the patterning of different materials. In photolithography, UV LED solutions have been extensively adopted, particularly in the UV range. UV LED diodes emit photons with high energy that can expose photoresist material, resulting in the formation of the desired pattern. Utilizing UV LED solutions in photolithography has improved efficiency, decreased energy consumption, and increased output.

Safety Marking

In the electronics industry, security marking is commonly used to prevent counterfeiting and larceny. In security marking, UV LED solutions have been extensively adopted, particularly in the UV range. To excite the fluorescents ink, resulting in UV light emission. The UV light emitted can then be detected to confirm the product's authenticity. Utilizing this for security marking has increased safety, decreased energy consumption, and increased productivity.

Bottom Line

In the electronics industry, the adoption of UV LED solutions has resulted in increased efficiency, decreased energy consumption, increased productivity, and enhanced precision. As the electronics industry continues to evolve, it is anticipated that the adoption of UV LED solutions will rise, resulting in the creation of new and innovative applications.

Tiahui Electric is a leading manufacturer of high-quality UV LED modules and diodes for the electronics industry. Our solutions offer unmatched efficiency, reliability, and performance for applications such as PCB manufacturing, 3D printing, water purification, and more. Contact us today to learn how our UV LED solutions can benefit your business.

Learn more by contacting Tiahui Electronics