Recently, many jet printed manufacturers have found Tianhui and consult UV ink curing machines. As the technology of the UV curing furnace is becoming more and more mature, many ink manufacturers have replaced the original mercury lamp production line to UVLED, so there will be many problems in choosing the UV curing furnace. There are also many customers in Tianhui. There are many customers in the jet printing industry, and they also customize several UV curing furnaces for the code printing industry. Choose UV curing furnaces Pay attention to these points. The spectrum currently has many applications due to the development of optical solidification, such as surface curing, visible optical curing, etc. There are also some UVA, UVB or visible light enhanced light bulbs. There are many different spectroscopy, but the real spectral energy that really needs is very low. The UV curing furnace provided by TIANHUI has a single or compound wavelength with a single or compound wavelength, so that customers can use the minimum energy consumption to get the most efficient production efficiency. 2. Energy For UV CICS: UVLED Energy (MJ/CM2) = UV intensity (mw/cm2)*exposure time (s); so precise control of UVLED strength and exposure time can accurately control LED UV energy energy accurately. Control of exposure time, Tianhui's UV solidification furnace, built -in computer microprocessor, can set exposure time and multiple modes. For control over UVLED strength, we use computer adjustment percentage to control. At present, we can achieve 10 % -100 %. Because our LED technology can be bright and light. 3. The UV strength of the strength distribution UV curing furnace is very uniform, and the UV intensity has almost no change. TIANHUI's microprocessor full -featured UV curing machine, with high -tech LED and high -tech optical lenses, the intensity range can be designed and adjusted according to customer process requirements. Do not choose some so -called "uniform" UV solidification furnaces that have no data at all. Four. Safety and temperature Tianhui independently developed heat dissipation technology and computer microprocessor functions to effectively control the temperature rise. This requires special attention. The traditional mercury lamp temperature does not have a good light source, which will cause serious hidden dangers to burst light bulbs. 5. Stability is difficult to directly prove it. Generally, it is the accumulation of industrial experience. It is usually not equipped with machines. An unstable light source seriously affects related test progress. TIANHUI has obtained dual certification of national high -tech enterprises and Zhuhai high -tech enterprises. Patent UVLED light source curing system. Adopting advanced intelligent touch technology and driving solutions can make the UVLED light source system more simple and easy to use. Professional heat dissipation technology guarantees the stable and reliable equipment of the equipment. The UVLED dot light sources, UVLED line light sources, UVLED face light sources, UVLED oven, UVLED tunnel furnaces have been widely used in the fields of glue hardening, ink dry, light oil and other fields. Welcome colleagues in various industries to inquire!

Author: Tianhui-Air Disinfection

Author: Tianhui-UV Led manufacturers

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UVLED CICS manufacturer Tianhui's UVLED CICF is reflected in the process of heat shrinking film! The 2018 World Cup has begun, and another global carnival feast kicked off. Tianhui's UVLED curing machine also provided in an orderly manner to customers in various industries. TIANHUI's UVLED curing machine is like a football game. When controlling the errors, the goal efficiency is improved. Tianhui attaches great importance to the stability of the UVLED curing machine. On the premise of ensuring the stability, income. Tianhui's UVLED curing machine is widely used, and its high -efficiency, environmental protection, low energy consumption and other characteristics are welcomed by customers in various industries. Among these industries, Tianhui's UVLED curing machine also has an important feature that it does not produce additional radiation heat, and it will not cause the irradiated substances. Compared to everyone, there are tags in an overheated contraction membrane, yes! In this process, Tianhui's UVLED curing machine is vividly reflected! The thermal contraction membrane label is a thin film label printed on the plastic film or plastic tube with a dedicated ink. During the label, when heating (about 70 C) Contraction, close to the surface of the container, the thermal contraction membrane label mainly includes a shrinking sleeve label and contraction surround label. The shrinking sleeve tag is based on the heat -shrink film as a substrate. The cylindrical tag made by printing after printing. It has the characteristics of convenient use and is very suitable for alien container. The production of thermal contraction label has high technical requirements for technology. For ordinary water -based and solvent -type inks, the drying temperature is too high, then the material occurs in heat contraction; if the temperature is too low, the ink is not completely dry enough. Therefore, The crafts are quite complicated, and the adverse rate has always been very high. TIANHUI's UVLED curing machine has high energy and low power consumption and unique low radiation heat. Under the influence of the ultraviolet radiation energy of Tianhuiuvled CICF, the ink enables polymer substances The radiation process has almost no effect on the temperature of the printing material. Similar to the tianhuiuvled curing machine, such as a well -curing ink can also control the radiation temperature rise, so that this unique UVLED cold curing process is very suitable Label production. Want to know more information about UVLED curing machines and LED UV curing machines? Welcome to the official website of tianhui

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

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LED lamp beads are actually a light -emitting diode. After loading a certain voltage and current, it will glow. Generally speaking, the voltage of a single LED chip is about 3V, and the current is 30mA. For the voltage and current of LED lamp beads, most of them are in the process of LED packaging. The 0.2W LED lamp bead used in the lamp tube is made of two LED chips in parallel, that is, 3V, 60mA. For the high -voltage LED 9V lamp beads that are used mostly, the three LED chips are connected in series, that is, 9V, 30mA. Because the LED lamp beads are co -authored by multiple LED chips, there are many specifications of LED lamp beads, and there are many types of voltage. How much is the specific lamp? You can also see how many LED chips are composed of the lamp beads. Of course, because the LED chip is relatively small, the gold thread of the lead key is relatively small. It can only be estimated to visually. You need to test it with DC source. However, it is 3V, 6V, 9V, etc. Of course, there are dozens of V lamp beads. This depends on what kind of lamp beads do you really need to use?. For only 3V lamp beads, you can use a multi -meter diode file to light up this lamp bead. This is positive and negative. For LED lamp beads that do not know the voltage, it can only be measured by DC. From scratch to larger, when the lamp beads are slightly bright, the voltage at this time is the approximate voltage of LED lamp beads. For COB lamp beads, it is actually a principle, but COB encapsulates more LED chips, and the voltage and current will be relatively large. The confirmation method of COB lamps voltage and current is also confirmed by DC source. Each specification of lamp beads have their own characteristics, some are more cost -effective, and some have better performance. The LED lamp beads of the same specifications between each manufacturer will also be different, so the LED lamp beads are not absolutely good or bad. As long as it is used, it will play his biggest role. Professional customization of various LED patch lamp beads. If you need to consult our customer service, we will solve the problem for you.

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

Disinfection is key when it comes to keeping our surroundings clean and safe. From the surfaces we touch to the air we breathe, eliminating harmful pathogens is essential to maintaining a healthy environment. And while traditional disinfection methods such as chemical sprays and UV lamps have been around for years, a new player in town is making waves in the industry: UVC LED technology.

UVC LED disinfection technology utilizes ultraviolet light to kill microorganisms and viruses on surfaces and in the air. But what makes this method so surprising is its efficiency and speed. Did you know UVC LED lights can disinfect a surface in as little as 10 seconds? That's right - this technology can eliminate up to 99.9% of germs in seconds, making it an incredibly powerful tool in the fight against illness.

But that's not all - UVC LED disinfection technology has many applications. This technology can be used virtually anywhere, from hospitals to schools to homes and offices, to create a safer and more hygienic environment. Let's explore this innovative new technology and discover how it's changing the game for disinfection.

An overview of the science behind the UVC LED disinfection

At its core, UVC LED disinfection technology uses ultraviolet light to kill harmful microorganisms and viruses on surfaces and in the air. Unlike traditional UV lamps, which use mercury vapor to produce UV light, UVC LED disinfection devices utilize specialized LED bulbs to create UVC light. When exposed to UVC light, microorganisms' DNA and RNA are damaged, preventing them from replicating and effectively killing them. This technology is highly efficient and can be used for various applications, including air disinfection and UV water disinfection.

With the help of UV LED manufacturers, this technology has continued to evolve and improve, making it a highly effective and reliable tool for maintaining a clean and healthy environment.

The benefits of UVC LED disinfection

UVC LED disinfection technology is gaining popularity due to its many benefits over traditional methods. Some of the key advantages of UVC LED disinfection include the following:

· Fast and efficient: UVC LED lights can disinfect surfaces in as little as 10 seconds, making them incredibly effective and time-efficient.

· Chemical-free: Unlike traditional disinfection methods, UVC LED disinfection doesn't require harsh chemicals or toxins, making it safer for people and the environment.

· Versatile: UVC LED disinfection can be used for air disinfection, UV water disinfection, and various other applications, making it highly versatile.

· Continuously improving: With the help of UV LED manufacturers, UVC LED disinfection technology is constantly evolving and improving, ensuring its continued effectiveness in the fight against germs and viruses.

How to use the technology safely and effectively

While UVC LED disinfection technology is safe and effective, it's important to use it properly to avoid potential safety risks. Here are some key safety considerations:

· Never look directly at UVC LED lights, which can cause eye damage.

· Wear protective gear such as glasses and gloves when handling UVC LED disinfection devices.

· Keep UVC LED devices away from children and pets.

· Follow manufacturer instructions for use and maintenance to ensure optimal safety and effectiveness.

· Ensure that the UVC LED device you use is certified by relevant regulatory bodies.

By following these safety guidelines, we can ensure that UVC LED disinfection technology remains a safe and effective tool in the fight against germs and viruses.

Applications of UVC LED disinfection

UVC LED disinfection technology has a wide range of applications in various industries, including:

· Healthcare: UVC LED disinfection is used in hospitals and clinics to disinfect medical equipment and surfaces.

· Food and beverage: This technology sterilizes food packaging, surfaces, and equipment.

· Water treatment: UVC LED disinfection is an effective way to disinfect water and ensure its safety for drinking.

· Air disinfection: UVC LED disinfection can sterilize the air in buildings and vehicles, reducing the risk of airborne illnesses. With the help of UV LED manufacturers, the possibilities for UVC LED disinfection are constantly expanding.

UVC LED disinfection vs. traditional methods

UVC LED disinfection technology offers several advantages over traditional disinfection methods. Here's a quick comparison:

Effectiveness

UVC LED disinfection can eliminate up to 99.9% of germs and viruses in seconds, while traditional methods may take minutes or hours to achieve the same level of disinfection.

Cost

UVC LED disinfection devices may be more expensive upfront but can be more cost-effective in the long run due to lower maintenance and replacement costs.

Convenience

UVC LED disinfection is faster and more convenient than traditional methods, which may require additional cleaning steps or chemicals.

Real-world examples - Case studies

UVC LED disinfection technology has been successfully implemented in various industries and settings, including:

· Hospitals and clinics have used UVC LED disinfection devices to sterilize medical equipment and surfaces, reducing the risk of healthcare-associated infections.

· UVC LED disinfection has been used to disinfect buses, trains, and planes, helping to prevent the spread of viruses and other illnesses.

· UVC LED disinfection devices have sterilized food packaging, equipment, and surfaces, improving food safety and preventing contamination.

· UVC LED disinfection is an effective method for sterilizing drinking water and preventing the spread of waterborne illnesses.

Overall, UVC LED disinfection technology has shown great promise in various industries and applications, demonstrating its effectiveness and versatility.

UVC LED disinfection myths and misconceptions

Despite its proven effectiveness, several myths and misconceptions surround UVC LED disinfection technology. Here are a few common misunderstandings:

Myth: UVC LED disinfection devices are dangerous and can harm human skin.

Fact: While UVC light can damage human skin in high doses, properly designed and used UVC LED devices are safe for humans and won't cause harm.

Myth: UVC LED disinfection can only be used on hard surfaces.

Fact: UVC LED disinfection can be used on various surfaces and materials, including fabrics and electronics.

By debunking these and other myths, we can better understand the effectiveness and safety of UVC LED disinfection technology.

Conclusion

UVC LED disinfection technology represents a powerful and innovative approach to keeping our surroundings clean and safe. With its fast and efficient disinfection capabilities, versatility, and safety, this technology has quickly become a go-to solution for various industries and applications. UVC LED disinfection can reduce the risk of infections and illnesses, improve food and water safety, and create healthier environments for ourselves and those around us. If you're interested in further exploring UVC LED disinfection technology's benefits, check out Tianhui Electric, a leading manufacturer of high-quality UVC LED disinfection devices. Thanks for the Read!

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