LCD, LED & Signs

Backlit channel letters are commonly known as illuminated channel letters with the lighting elements are visible behind the letter. It is also known as reverse lighted, backlit, or halo-lit. When the light been turned on, the lighting is visible around the letter borders, producing the “halo” appearance. The letter is a combination of three parts, the shell, the leds and power supply. For the shell, the face and return could be stainless steel / Aluminum, polished / brushed / electroplated / painted, the back could be Acrylic or PC, frosted.

Pylon signs are a type of upright wayfinding sign used in various facilities within commercial spaces and public environments, such as traffic signs and park indicators. They come in a variety of forms and purposes and are crafted using techniques like screen printing, UV flatbed printing, carving, and vacuum forming. Depending on the specific needs and material properties, the appropriate technique can be selected to ensure optimal visual impact and durability. Pylon signage serve a vital function in providing directions and promotion. Their design, material, and installation method should be carefully chosen based on actual requirements and the characteristics of the surrounding environment. Known for their high recognizability, flexibility, durability, and substantial capacity to convey information, pylon signage is extensively used across different sectors. They enhance the efficiency of information dissemination and contribute to the aesthetic appeal of the environment, adding convenience to people's daily lives. Pylon signage can be tailored to fit specific business needs, including size, shape, color, and lighting options, allowing for unique and impactful designs. In essence, pylon signs are a fundamental component in commercial and public spaces, offering a practical and visually engaging solution for wayfinding and communication.

Tianfu began its journey in 2010. Covering 2,600 square meters, Tianfu's advanced TFT LCD display manufacturing plant is outfitted with cutting-edge automated systems. An independent reliability lab further ensures product quality and stable supply, with a monthly output of 400,000 to 500,000 units of TFT LCD modules. In view of the many problems you encounter in the process of purchasing modules,we built our entire approach around solving your real-world challenges. How can we help you? 1."Will it arrive on time?" → I have been engaged in overseas sales for nearly 11 years, my enough experience and a stable logistics chain will help me to hold it. Our vertically-integrated manufacturing and proven logistics ensure your modules land precisely when you need them, keeping your lines running smoothly. 2."Will it work flawlessly in my device?" →We obsess over cross-platform compatibility (MIPI, LVDS, RGB, SPI) and rigorous pre-integration testing, delivering plug-and-play modules that perform flawlessly within your specific system architecture. 3."Is the quality consistent?" →Our military-grade component selection, automated ISO9001 certification, and zero-defect tolerance culture mean you ship products with exceptional longevity and minimal returns. 4."Can they support my unique needs?" → Bespoke Solutions, Not Off-the-Shelf Compromises: Need a specific size, brightness, touch interface, or optical bonding? We thrive on custom engineering. Partner with us to develop the exact optimized display solution that becomes your product's competitive edge. 1PCS MOQ，unlock Your Vision with Truly Flexible LCD Module Customization.

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Moonleds 3535 LEDs PC Color lineup comes in pc amber 1800-2000k, deep red 660nm, ice blue 480-485nm, lake blue 490-495nm, purple and pink color, providing multiple solutions for ambient lighting, smart lighting, landscape lighting, architecture lighting where different color combinations are required.    Product Features   - High thermal conductivity ceramic base enables outstanding efficacy; - Flip chip technology achieves super high reliability - Compact package 3.45mm x 3.45mm size with dome lens; - >50000 hrs - Multiple color options make it suitable use in a broad range of applications,    smart lighting, artificial and architecture lighting, landscape lighting, ambient lighting.   Product Specification PC Color 3535 SMD LED specification     Color Wavelength (nm) VF (mA) IF (V) Luminous Flux (LM) Part Number Ice Blue 485-490 700 2.8-3.2 120-140 MN-S3535B4853120PC Pink Purple / 700 2.8-3.2 80-90 MN-S3535PP380PC We are SMD LED manufacturer, want to know more information, contact us.

Moonleds 2835 uv smd led  features high radiant flux and pure ultraviolet color performance. 0.5w uva color smd diode 395-400nm is optimized for horticulture, providing essential uv radiation for plant growth. UV LED wavelength ranging from 365-420nm also used in forcoating, glue, digital printing, label and lithography, car paint curing, security detection, medical use, etc.   Product Features   • High radiation flux • Silicone Packed • Wavelength from 365nm to 420nm • RoHS compliant, EN62471 • Super long lifetime: > 30000 hrs • Pure ultraviolet color • Suitable for different working environment • Widely applied to coating, glue, digital printing, label and lithography, car paint curing, security detection, medical use, horticulture, etc.   0.5W 2835 395-400nm UV LED Specification   Color Wavelength  (nm) Power VF (V) IF (mA) Radiation  Flux (mW) PPE (μmol/s/W) Part Number UV 395-400 0.5 3.0-3.4 150 100-150 0.45-0.48 MN- S2835E1UV395F We are uv smd led supplier, If you need, please contact us.

MOONLEDS DIP LED 5MM, Super bright Red Amber Green Diode   Moon LEDs has been committed to the development and production of traditional Dip LED 5mm. It can be used whereever lighting manufacturer need low power, high intensity, wide beam angle for indicator, signal, warning lights. Bright red, amber, aqua green color combination could be the best solution for the traffic lights.     Product Features   - Low power Dip LED 0.06W - 30° angle for uniform light distribution, 20°, 40°, 60° optional - Standard Round Head 5.0mm diameter, Long or Short Leg available - Water clear epoxy resin - Super high intensity performance - Traffic lights, LED display, Indicator lamp, Signalization     Product Specification  5mm LED specification     Color Wavelength  (nm) VF (V) IF (mA) Luminous Intensity (mcd) Viewing Angle (Degree) Leg (mm) Head Shape Lens Color Part Number Red 620-630 1.8-2.2 20 20000-26000 30 26/28 Round Water Clear MN-P05THR620 Amber 588-595 1.8-2.2 20 15000-25000 30 26/28 Round Water Clear MN-P05THY590 Aqua Green 500-510 2.8-3.2 20 25000-35000 30 26/28 Round Water Clear MN-P05THG5XX

3in1 3W RGB SMD LED RGB LED is a common intersection of the three primary colors for imaging purposes to achieve the effect of white light. 3535RGB is a kind of LED SMD light beads that emit red, green and blue, forming various colors under the combination of different currents, called full color. Moonleds 3in1 3W 3535 RGB LED has stable quality because of its high thermal conductivity and high light transmittance in packaging structure. In the optical design, it solves the application of opto-electronic products for more customers;  The 3535 RGB LED has a very good compatibility, operability. The design of small distance between chips makes the LED excellent color mixing performance. It has a high advantage over the application for stage lighting, outdoor lighting, landscape lighting, etc. Features of 3535 SMD RGB LEDs • High cost performance • Ceramic base • high thermal conductivity • Reflow soldering available • Excellent color mixing performance Buy 3535 RGB LED integrated driver chip from Shenzhen Moonleds to make your own LED strip light. Although the 3.5mm x 3.5mm 3535 RGB SMD LEDs are very easy to solder but still need extra care and attention. SMD LED RGB 3535 3W Specification Color Wavelength（nm） Voltage (V) Current (mA) Lumen (LM) Part Number RGB 620-630 2.0-2.6 350 50-70 MN-S3535RGB3 520-530 2.8-3.5 350 110-130 455-465 2.8-3.5 350 20-30

Do you know about UVLED UV curing technology? http:/www.uvcuringlamp.com/ UV LED UV curing technology ensures higher profitability and productivity for electronic product manufacturers due to its consistent and stable process, as well as the ability to reduce damage to thermal sensitive components. Due to the small space required by UV LED UV curing lamps, they can be easily integrated into smaller spaces. UV LED UV curing lamps do not produce ozone emissions or hazardous mercury waste, therefore, this technology is considered the most environmentally friendly and safe UV curing technology solution currently available on the market. Compared with traditional mercury lamps, UV LED UV curing technology has many significant application advantages using UV LED lamps, including being more environmentally friendly (no ozone or mercury emissions), reducing substrate heat, and higher energy efficiency. In addition to these advantages, UV LED UV curing technology is very suitable for use in the field of electronic product manufacturing because it has higher consistency and reliable process control performance, and can reduce product downtime, which is a necessary condition to meet the strict requirements of end users. UV LED UV curing technology can also provide more precise bonding effects, as this technology can ensure more accurate positioning and alignment of the components, and then cure the adhesive in just a few seconds. Usually, electronic product manufacturers can see a 5-20% increase in manufacturing efficiency after using UV LED UV curing technology. In most cases, UV chemical processes can provide improved curing performance and functionality compared to traditional water-based or solvent based chemical formulations. For example, ultraviolet coatings have excellent scratch resistance and are widely used in electronic display screen bonding and coating applications. They also have outstanding optical properties, such as reducing reflection and improving readability, even under conditions of sunlight exposure. Given the excellent appearance, small size, and light weight of UV LED UV curing lamps, they are very easy to design for manufacturing equipment and can also be easily controlled through the use of industry standard PLC interfaces. In most cases, due to its fast curing speed, manufacturers can achieve automated batch processing, significantly improving production efficiency. In addition, due to the small size of many electronic components, the spotlight and light guide of UV LED UV curing lamps are very suitable for curing areas with a diameter of up to 10 millimeters.

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Industrial All-in-Ones are fully enclosed, ruggedized touchscreen PCs with fanless cooling. Operate reliably in harsh environments such as humidity, heat, dust and cold as they are designed for wall, desktop stand, swing arm or console mounting. Each All-in-One PC utilizes rugged industrial components and a fanless cooling system to enhance performance. Industrial All in One PC Solution All-in-one touchscreen computers are the ultimate solution for equipment manufacturers and factory automation applications that require a rugged, long- lasting solution. These industrial all-in-one computers include VESA mounting holes so they can be attached to an articulating arm, desktop stand, or hung on a wall. These models include rugged, fanless enclosures that are ideal for use in dusty factory environments. Available in a variety of screen sizes, they are the most cost-effective choice for stand-alone computer applications. Many equipment manufacturers use industrial all-in-one computers as the human- machine interface on their equipment. Factories use all-in-one computers on production lines for weighing, labeling, and integration with their ERP systems. https://www.irtouch.net/productlis , t_p3.html

Mechanical Specifications Touch points: 5 points Available size: 10.4~23.6 inches Glass: 3mm tempered glass Transmittance: >88% Shell material: Front shell: polycarbonate (PC), back shell: galvanized sheet (SGCC) Electrical Specifications Technical principle: Infrared block detection Infrared Touch Screen Touch accuracy: center <1mm, edge <2mm Power supply specifications: USB power supply (DC5V± 5%@500mA) Power consumption: <1.5W MTBF: 61000Hours Interface Types USB(default), COM Environmental Specifications Temperature: Run :-20~70°C Storage :-40~85°C Humidity: Operation :10%-90% RH40°C without condensation Storage :10%-90% RH,40°C without condensation Electrostatic protection: EN61000-4-2 2008:L4,Class B Contact discharge 8kV, air discharge 15kV Light resistance: greater than 150k Lux(sunlight) M C: CE,FCC Class B Compatible Dust and water resistance: IP65 on front Software Specifications Firmware upgrade: Support Calibration: Four-point calibration Device type: Touch mode, mouse mode Operating system: Windows (xp, 7, 8.1, 10), the Linux (2.6 or higher), Android (2.6 or higher), Vxwork (6.5 or higher)

Mechanical Specifications Touch count: 10 points Available size: 27~86 inches Glass: 3~6mm toughened glass or no glass Shell material: extruded aluminum structure or extruded tube structure Electrical Specifications Technical principle: Infrared block detection Touch accuracy: center <1mm, edge <1.2mm Power supply specifications: USB power supply (DC5V± 5%@500mA) Power consumption: <1.5W M T B F: 100,000Hours Interface Types USB (default), COM Large Touch Screen Overlay Environmental Specifications Temperature: Operation :-20~70°C Storage :-40~85°C Humidity: Operation :10%-90% RH40°C No condensation Storage :10%-90% RH40°C no condensation Electrostatic protection: EN61000-4-2 2008:L4,Class B Contact discharge 8kV, air discharge 15kV Light resistance: > 150k Lux(sunlight) E M C: CE,FCC Class B Compatible Dustproof and waterproof: front IP66(extruded tube + glass) Software Specifications Firmware upgrade: Support Calibration: Four-point calibration Device type: Touch mode, mouse mode Operating system: Windows (xp, 7, 8.1, 10), the Linux (2.6 or higher), Android (2.6 or higher), Vxwork (6.5 or higher)

An infrared touchscreen is characterized by a touch frame mounted in front of the display. This frame contains a printed circuit board equipped with a series of infrared LEDs and phototransistors hidden behind a bezel. The bezel protects these components from the external environment while allowing the infrared beam to pass through, creating a grid of invisible beams in front of the display. Principle of operation Infrared frame: The commercial infrared touch monitor is surrounded by a frame with integrated infrared light-emitting diodes (IR-LEDs) and phototransistors (sensors). IR Grid: The IR-LEDs emit an infrared beam that creates a grid of invisible light on the surface of the screen. Touch Detection: When a finger or any object touches the screen, the IR beam is blocked. The phototransistor detects this masking. Position Mapping: The sensor calculates the exact position of the touch based on where the IR beam is blocked. This data is then sent to the device's controller, which translates it into the appropriate action on the screen. IRTOUCH Infrared Touch Screen Monitor Features Durability and reliability: PROTECTED COMPONENTS: IR LEDs and sensors are protected by a bezel that makes the display resistant to physical wear and tear. Environmental resistance: Effective in harsh environments, resistant to dust, dirt and moisture. High clarity and brightness: Unobstructed display: There are no additional layers on the screen, maintaining the original clarity and brightness of the display. CLEAR IMAGE QUALITY: Ideal for HD applications due to minimal interference with screen visibility. Multi-touch functionality: Simultaneous touch points: Supports multiple touch points for complex gestures and multi-user interaction. Multiple Interactions: Ability to detect various gestures such as pinch, zoom, swipe and rotate. Multiple input methods: Any object detection: can be used with fingers, gloves, stylus or any object, providing flexibility in different use cases. Glove and stylus friendly environments: Ideal for industrial, medical or cold environments where gloves are required. Fast and accurate response: Fast touch detection: Immediate response to touch input ensures a smooth user experience. High Accuracy: Accurate touch point detection enhances the usability of the display. Easy integration and installation: Simple setup: Allows for easy installation and integration of a variety of display types and sizes. Compatibility: Works with most operating systems and software applications. Low Maintenance: Less wear and tear: Extremely low maintenance requirements as there is no physical pressure on the screen surface. Long service life: Designed for reliable performance over long periods of time. Customizable sizes and configurations: Various form factors: Available in different sizes and shapes to meet specific needs and applications. Flexible design: customizable configurations to meet unique industrial or commercial requirements.

A capacitive touch screen is a control display that utilizes the electrical properties of the human body as input. When a finger (or a specialized input device such as a stylus) touches the display, it detects when and where the user touches the display. As a result, capacitive displays can receive accurate input from very light touches. How does a capacitive touchscreen work? Capacitive touchscreens consist of a thin layer of conductive material, such as copper or indium tin oxide (ITO), printed on the underside of the insulating outer layer of the display. When a finger touches the screen, the contact point absorbs a small charge, effectively becoming a functional capacitor. The resulting change in the electrostatic field is then measured to pinpoint where the contact occurs. Types of Capacitive Touch Screens There are two main types of capacitive touch screen technology: projected and surface. Surface capacitance is the more basic of the two technologies, with only one side of the insulator coated with a conductive layer. In contrast, projected capacitance uses a matrix of rows and columns of one or two layers of conductive material. This grid pattern allows for superior precision and multi-touch functionality. Advantages of Capacitive Touch Screen Technology Multi-touch capability: With 10-point multi-touch support, our capacitive touch monitors enable smooth and precise touch interactions, allowing you to perform tasks efficiently. Wide range of sizes: From 7 inches to 55 inches, we offer a variety of sizes to cater to diverse needs and environments. High-definition visuals: Enjoy crisp, clear, and vibrant images with our full HD and 4K resolution options. Robust construction: Our monitors are built with industrial-grade components, ensuring durability and reliability even in the most demanding environments. Compatibility: Our capacitive touch monitors are compatible with various operating systems, including Windows, Linux, and Android. Customizable options: We offer customization options to suit your specific requirements, from touch technology to display size and more.

Model: RIB-6.6 / RIB-8 / RIB-10 / RIB-16S Sports Display Features: -Easy top service, front / back service are available -High contrast ratio with special Anti-UV louver -High refresh rate & Super large viewing angle -Fast installation & Invisible wiring -Ultra thin and light -Reliable performance with signal hot backup -Soft rubber louver is available for more protection Certification:  CE, EMC, ETL, FCC, RoHS Application: Sports & stadium Chainzone has a wealth of experience designing, manufacturing, and installing LED displays for sports stadiums and venues. Its products include stadium giant screens, ribbons, and perimeter displays, which can be customized to meet the unique needs of each sporting event. Customers can utilize Chainzone's sports LED displays to enhance the spectator experience, displaying scores, player stats, replays, and advertisements throughout the event.