We are excited to introduce our new P1.25 COB LED Display Series, featuring three cutting-edge digital signage products: Drive-Thru Digital Menu Boards, LED Mupi, and Outdoor TV Displays. While these products serve different applications, they all utilize the same innovative P1.25 COB technology, delivering high-definition visuals, exceptional durability, and energy efficiency for modern advertising and public display solutions.

What is the P1.25 COB LED Display?

COB (Chip-on-Board) technology involves directly mounting LED chips onto the circuit board, reducing connection points that are typical in traditional LED modules. This structure provides higher pixel density, enhanced heat dissipation, and more stable performance. The P1.25 refers to the pixel pitch of 1.25mm, meaning the display offers extremely high pixel density, allowing for incredibly sharp, detailed images ideal for applications that require superior image quality and fine detail.

Advantages of CNLC’s P1.25 COB Series

• Ultra-High Pixel Density, Exceptional Clarity
  With a 1.25mm pixel pitch, this display delivers extremely high pixel density, ensuring crystal-clear images even at close viewing distances. This makes it perfect for applications requiring detailed visuals, such as digital menu boards and outdoor advertising displays.
• Longer Lifespan
  By directly soldering the LED chips to the circuit board, the number of connection points is reduced, lowering the failure rate and extending the display's lifespan. With superior heat dissipation, the P1.25 displays can typically operate for over 10,000 hours continuously.
• Superior Heat Dissipation
  The direct contact between the LED chips and the substrate ensures effective heat distribution, preventing overheating and maintaining optimal performance over time.
• IP56 Waterproof and Dustproof
  Designed for harsh outdoor environments, the IP56-rated display offers robust protection against water and dust, ensuring reliable operation in all weather conditions, whether it’s rainy or sunny.
• Durable Aluminum Enclosure
  The lightweight yet robust aluminum casing provides exceptional strength and corrosion resistance. Combined with anti-glare glass, it enhances environmental protection while maintaining a sleek, modern aesthetic.
• Simplified Maintenance, Lower Costs
  The modular design allows individual modules to be easily replaced, making maintenance quicker and more cost-effective.

Applications of the P1.25 COB Series

1. Drive-Thru Digital Menu Boards
   Digital menu boards with integrated intercom systems, designed for quick-service restaurants (QSR). These menu boards improve the customer experience by allowing patrons to clearly view menu items while interacting with staff, increasing order accuracy and speeding up service.
2. LED Mupi
   Outdoor advertising displays for public spaces. Ideal for city centers, transport hubs, and commercial plazas, LED Mupis offer a stylish design and high-visibility screen, making them perfect for digital outdoor advertising. They capture attention and ensure your message stands out in any environment.
3. Outdoor TV Displays
   High-quality digital displays for retail and public spaces. Designed for dynamic content and superior visual performance, these displays are ideal for retail stores, shopping malls, sports bars, and public squares, providing a reliable and engaging platform for advertisements, entertainment, and information. With wheels for easy mobility, they offer flexible solutions for various environments.

Ready to Upgrade Your Digital Advertising?

Discover how the P1.25 COB Series can revolutionize your business with stunning visuals, long-lasting durability, and easy maintenance.
Contact us today to schedule a demonstration or learn more about how our cutting-edge solutions can elevate your brand visibility and enhance your customer experience.

Contact us today for more details:

Website: www.cnlcdisplay.com

Email: info@cnlcdisplay.com

WhatsApp:+86 186 8841 0533

In modern manufacturing, product certification is not only a symbol of quality assurance but also a key advantage in market competition. As a leading manufacturer specializing in outdoor digital advertising solutions, CNLC is committed to providing customers with products of the highest quality and safety standards. We are proud to announce that our 55” high-brightness LCD monitor has successfully passed UL Certification, meaning it meets globally recognized safety and performance standards, ensuring customers receive a more reliable and secure product experience.

What is UL Certification?

UL (Underwriters Laboratories) is a globally recognized third-party certification organization that focuses on testing the safety, reliability, and performance of products. Products that pass UL certification have undergone rigorous testing and meet international standards. For us, obtaining UL certification is not only an affirmation of product quality but also a commitment to our global customers: we prioritize safety in the design and manufacturing process of our products.

Advantages of CNLC’s UL Certified Products

• Global Market Recognition
  UL Certification is widely recognized internationally, especially in North America and Europe, where many industries and customers consider it a crucial factor in purchasing decisions. Certified products help us break regional boundaries and expand into global markets.

• Enhanced Product Safety
  Safety is a core principle in our product design. Our 55” high-brightness LCD monitor has undergone strict electrical safety, durability, and fire-resistance testing to ensure reliable performance in various environments, avoiding potential safety hazards.

• Boosted Brand Image and Customer Trust
  UL Certification is a globally recognized safety mark that enhances customer trust in our brand. We aim to showcase our professionalism and responsibility by providing certified products, backed by rigorous testing and processes that elevate our brand's authority.

• Environmental Standards Compliance
  In addition to safety, UL also evaluates the environmental performance of products. Certified CNLC products meet international environmental standards, further enhancing our brand’s green image.

• Continuous Technical Support and Service
  Certified products not only meet standards during production but also receive ongoing feedback for product design optimization to ensure long-term customer satisfaction.

Why Choose CNLC?

As a global leader in digital advertising equipment, CNLC has always been focused on customer needs, emphasizing product quality and safety performance. Our collaboration with UL Certification further validates the high standards we uphold in product development and manufacturing.

By achieving UL Certification, we ensure that every product meets strict safety requirements and delivers stable performance in various conditions, including high-temperature and humid environments. In the future, CNLC will continue to innovate and guarantee quality, providing customers worldwide with safer, smarter, and more eco-friendly digital advertising solutions.

Conclusion

To learn more about our UL Certified high-brightness LCD monitor, visit our website at cnlcdisplay.com.

CIQTEK, a Global Developer & Manufacturer of High-precision Scientific Instruments, is pleased to announce its partnership with LINK-GULF LLC as the exclusive distributor for the Middle East Region.

Under this agreement, LINK-GULF LLC will be the authorized representative and distributor of CIQTEK's Electron Microscope series. This collaboration aims to bring advanced imaging solutions and scientific instruments to the research and industrial communities in the region.

The Middle East Region is known for its rapidly growing scientific research and development activities across various fields, including materials science, life sciences, and nanotechnology. With CIQTEK's Electron Microscope series, including Scanning Electron Microscopes (SEM) and Transmission Electron Microscopes (TEM), researchers, scientists, and industry professionals in the region will have access to advanced imaging capabilities that can revolutionize their work.

"We are excited to join forces with LINK-GULF LLC as our exclusive distributor in the Middle East Region," said CIQTEK's spokesperson. "Their extensive experience and expertise in this market make them an ideal partner, and we are confident that together, we will serve the scientific community in the region with the highest level of commitment and excellence."

About LINK-GULF LLC:

LINK-GULF LLC is a trusted provider of scientific instruments and solutions, specializing in offering cutting-edge technologies to the scientific community. With a strong presence in the Middle East Region, LINK-GULF LLC has built a reputation for delivering outstanding products and exceptional customer service.

Recently, the CIQTEK-developed Cryogenic Scanning Nitrogen-vacancy Microscope (SNVM) was successfully delivered to Professor Wong Chun-ling's research group at the City University of Hong Kong. This marks the broader recognition of CIQTEK's technical strength and service capability in the field of precision measurement.

Magnetism is one of the fundamental properties of materials, and the microscopic imaging of magnetism is an important direction in experimental physics research. By studying the microscopic magnetic properties of materials in depth, scientists can gain insights into the structure, electronic properties, and interactions of materials, which is of great significance for guiding the development of new magnetic storage materials and superconducting materials.

The Cryogenic Scanning Nitrogen-vacancy Microscope is a precision measurement instrument that combines diamond NV center optical detection of magnetic resonance technology with atomic force microscopy scanning imaging technology. It can be used for high-resolution, high-sensitivity, quantitative, and non-destructive magnetic measurements in a wide temperature range of 2K to 300K. It has nanoscale spatial resolution and ultra-high detection sensitivity of single spins. It will provide a new approach for research in life sciences, materials science, condensed matter physics, and other fields.

City University of Hong Kong is a public research university located in Hong Kong, renowned for its outstanding research and education in disciplines such as science, engineering, business, and law. Professor Wong Chun-ling's research group focuses on the study of two-dimensional and three-dimensional ferromagnetic and multiferroic materials and devices. By manipulating materials, and characterizing their structures and electrical/magnetic properties, the group aims to gain a deep understanding of the fundamental physics and unique properties of low-dimensional multiferroic materials and develop new materials/devices for the next generation of electronics and spintronics. The Cryogenic Scanning Nitrogen-vacancy Microscope will be an important scientific research tool in the field.

Maintaining a fusion splicer is crucial to ensure its optimal performance and extend its lifespan. Here are some general maintenance guidelines for a fusion splicer:

1. Regular Cleaning: Clean the fusion splicer after each use to remove dust, debris, and fiber residue. Use a soft, lint-free cloth and a mild cleaner specifically designed for fusion splicers. Avoid using solvents or abrasive materials that could damage the splicer's delicate components.

2. Electrode Inspection and Replacement: Check the electrodes regularly, as they degrade over time and can impact splicing quality. Follow the manufacturer's guidelines for electrode inspection and replacement intervals. If the electrodes are worn out or damaged, replace them with genuine electrodes recommended by the manufacturer.

3. Fiber Cleaver Maintenance: Clean the fiber cleaver regularly and make sure it is properly adjusted to obtain clean and precise cleaves. Check the blade condition and replace it if it becomes dull or chipped. Follow the manufacturer's instructions for cleaver maintenance.

4. Calibration and Alignment: Periodically calibrate and align the fusion splicer to ensure accurate splicing. Some splicers have an automated calibration feature, while others require manual adjustment. Follow the manufacturer's guidelines for calibration procedures.

5. Battery Maintenance: If your fusion splicer has a removable battery, properly charge and discharge it according to the manufacturer's instructions. Avoid overcharging or completely draining the battery, as it can reduce its lifespan. If the battery is built-in, follow the manufacturer's guidelines for maintenance.

6. Firmware Updates: Stay updated with the latest firmware releases for your fusion splicer. Manufacturers often provide firmware updates to improve performance, add features, or address known issues. Check the manufacturer's website periodically and follow the instructions for firmware updates.

7. Transport and Storage: When transporting the fusion splicer, use a protective case to prevent physical damage. Store the splicer in a clean and dry environment, away from excessive dust, moisture, and temperature extremes.

Professional Service: If you encounter any technical issues or experience a drop in splicing quality, consult the manufacturer's support documentation or contact their customer service for assistance. Some manufacturers provide authorized service centers for repairs and maintenance.

Polarization-Maintaining Fiber (PM Fiber) plays a vital role in various applications that require optimal signal integrity and polarization stability, such as telecommunications, fiber optic sensing, and laser systems. The use of a specialized Fusion Splicer for PM Fiber is essential to achieve accurate and reliable splicing, ensuring the preservation of the fiber’s polarization properties. This article explores the significance of a Polarization-Maintaining Fiber Fusion Splicer, its features, and its role in maintaining precise alignment for optical stability.

Understanding PM Fiber and its Challenges:

Polarization-Maintaining Fiber is designed to maintain the polarization state of light as it propagates through the fiber. Unlike conventional single-mode fiber, PM Fiber incorporates specific design elements that minimize polarization mode dispersion (PMD) and maximize polarization extinction ratio (PER). However, handling and splicing PM Fiber present unique challenges due to its polarization-sensitive nature.

Polarization-Maintaining Fiber Holders: These specialized holders are designed to securely hold the PM Fiber during the fusion splicing process. They ensure precise alignment of the polarization-maintaining fiber cores to maintain the desired polarization properties.

Real-Time Monitoring: The fusion splicer incorporates real-time monitoring capabilities, allowing technicians to monitor and adjust the alignment parameters during the splicing process. This ensures precise alignment and enables immediate feedback on splicing quality.

There could be several possible reasons for this issue. Here are some common causes of fusion splicing failures and some troubleshooting steps you can try:

1.Fiber Preparation: Ensure that the fiber ends are properly prepared, stripped, and cleaned before fusion splicing. Any dirt, residue, or inadequate fiber preparation can affect the quality of the splice. Use lint-free wipes and isopropyl alcohol to clean the fiber ends.

2.Fiber Alignment: Check the alignment of the fibers. Improper alignment can lead to weak or failed fusion splices. Make sure the fibers are properly aligned in the fusion splicer's v-grooves or alignment mechanism.

3.Electrode Condition: Inspect the condition of the electrodes. Worn or dirty electrodes can cause poor fusion and inconsistent results. Clean or replace the electrodes if necessary.

4.Fusion Parameters: Review the fusion splicer's fusion parameters, such as arc power, arc duration, and fusion time. Ensure that the parameters are correctly set according to the fiber type and diameter being spliced. Consult the fusion splicer manual for recommended settings.

5.Fiber Type and Compatibility: Verify that the fusion splicer supports the fiber types you are working with. Different fusion splicers may have limitations on the types of fibers they can splice. Ensure that your splicer is compatible with the specific fibers you are using.

6.Arc Calibration: Perform an arc calibration or electrode realignment on the fusion splicer. This process ensures the optimal performance of the splicer by adjusting the electrode positions. Follow the manufacturer's instructions for the calibration procedure.

7.Environmental Factors: Consider the environmental conditions during fusion splicing. Environmental factors such as humidity, temperature, and dust particles can affect the fusion process. Maintain a clean and controlled environment for splicing.

If you have tried the above troubleshooting steps and are still experiencing fusion splicing failures, it may be necessary to consult the manufacturer's customer support or a professional technician for further assistance. They should be able to provide more specific guidance based on your fusion splicer model and the nature the problem.

SEIKOFIRE is a factory with over a decade of experience in the fiber communication industry, specialized on fusion splicers. We have a professional after-sales team to solve your welding problems. Quality assurance, welcome to consult to negotiate.

Poultry house gradual lighting is a gradually changing lighting pattern that simulates the light changes of sunrise and sunset, allowing birds to gradually adapt to different light environments. This technology can be achieved by gradually changing the intensity and color temperature of the light, so that the bird can better adapt to environmental changes during the growth process, thereby improving its production performance and health.

The principle of gradual lighting in poultry houses is based on the physiological and psychological adaptability of birds to changes in light. The physiological and psychological state of birds will be affected by the sunshine time and light intensity, so in the process of sunrise and sunset, birds will gradually adapt to the changes in light, so as to maintain a relatively stable state. The gradual lighting of poultry houses takes advantage of this physiological adaptation.

The advantages of gradual lighting in poultry houses are as follows.

1. Birds gradually adapt to light, reducing stress and fatigue.

2. Improve the immunity of birds, increase the appetite and digestive ability of birds.

3. Improve production efficiency and reduce feeding costs.

4. Improve the growth rate and meat quality of poultry.

5. Environmental protection and energy saving, reduce energy consumption.

6. Reduce behavior abnormalities and aggression.

7. Improve the birds' routine.

8. Improve the quality of life for birds.

In summary, the gradual lighting of poultry houses has many advantages over the traditional fixed lighting mode. For both commercial poultry farming and small-scale free-range and domestic poultry farming, gradual lighting in poultry house is an effective light management method. There is no doubt that gradual lighting in poultry houses is changing the future of poultry house lighting. Using our Hot-Selling 6.5W LED Poultry Light Bulb connected to Smart Poultry Lighting Control System can achieve the gradual lighting of poultry house. You can change the light intensity and color temperature according to actual needs, improve the quality of life of birds, so as to improve the production efficiency and meat quality of birds, and further increase the economic benefits of poultry farms.

Note: Source of text information in this article: QINKEYUAN

It is widely believed that 24-hour light maximizes the performance and health of chicks. But is 24-hour light really good for raising chicks?

Numerous studies have shown that chicks, like all living things, are born with a 24-hour body clock. This clock can be seen at work by observing the eating and drinking activity of chicks during the first few days of their lives. Even if 24-hour light is provided, the chicks will still drink and eat more during the day ‌ than at night.

What are the specific effects of 24-hour light on chicks?

1. Circadian Rhythm: Chicks show nearly identical circadian rhythms during the first few days of life, with significantly higher water and food intake during the day than at night. This pattern persists even with 24 hours of light.

2. The Need for Dark Periods: Studies have shown that poultry need to have at least four hours of continuous darkness to really benefit from the dark period. Without dark periods, chicks' circadian rhythms may become out of sync.

Alternative Solution

In order to promote feeding and growth of chicks, strategies can be used to gradually reduce the time of light:

Week 1: 24 hours light.

‌Week 2: 20 hours of light.

‌Week 3: 18 hours of light.

‌Week 4: 16 hours of light.

‌From week 5: Taper down to 8 hours of light per day ‌

In addition, the light can be stopped from time to time for 1 hour at night to exercise the adaptability of the chicks to the dark and avoid the upset of the chickens due to power failure.

Using our Hot-selling LED Poultry Light Bulb and Smart Poultry Lighting Control System, you can easily control and adjust the lighting time, achieve intelligent management of lights, and better care for the growth of chicks.

Special Notice: The information and picture above are from the Internet, not original.