UV-resistant LCDs are specifically engineered to withstand ultraviolet radiation. Through the use of specialized materials and processes, they effectively block UV damage, significantly extending the device’s operational lifespan while maintaining high contrast and clear display performance.
UV-resistant LCDs utilize specialized manufacturing processes and materials such as UV-resistant polarizers. This significantly reduces the degrading effects of ultraviolet radiation on the liquid crystal material and polarizing film, ensuring stable, long-term performance in high-UV environments like outdoors and strong sunlight. These displays can pass rigorous aging tests, such as the Xenon lamp aging test (63℃ × 240H). Their high contrast characteristic ensures screen content remains clearly readable even under intense light. They are widely used in outdoor instrumentation, automotive displays, industrial equipment, and other fields. With continuous advancements in material science and Eastern Display's LCD manufacturing processes, we are committed to ongoing optimization in durability, optical performance, and energy consumption, providing users with more reliable and higher quality visual experiences. Apart from their UV resistance, these LCDs maintain identical performance parameters to standard displays and can pass high-intensity environmental tests. They also meet the parameter requirements for industrial, medical, automotive, home appliance, and other sectors. Eastern Display offers over 10,000 customized models, ranging from part numbers EDC001 to EDC26052. All products comply with the RoHS 2.0 directive and REACH regulations.
| Manufacturer | Eastern Display |
| Display mode | VA /TN/HTN/STN?LCD |
| Viewing angle | 6/12 O’ CLOCK |
| Operating voltage | 3.0V ---5.0V |
| Viewing angle range | 120-180° |
| Connection | PINS |
| Driver chip model | / |
| Backlight type/color | / |
| Operating temperature | -40℃-80℃ |
| Storage temperature | -40℃-85℃ |
| Lifetime | 200000?H |
| Multi-color | YES |
| Special shaped | YES |
| Product features | UV-resistant/High contrast/Long-life |
Keywords：LCD display screen/LCD16x2/LCD display 16x2/i2c LCDdisplay/ips LCD/led backlit LCD/Dot matrix display/LCD dot matrix display/mini LCD screen/transparent LCD screen/LCD1602/r LCD/EDC18109-01/EDC9697VA/EDC9698VA
The 12864 LCD in COG (Chip-on-Glass) mode offers four major advantages: extreme cost-effectiveness, a stable and reliable supply chain, compliance-friendly international certifications, and extreme environmental adaptability, making it an ideal display solution for OEMs balancing performance and total cost of ownership (TCO).
This product is a 12232 LCD dot matrix display capable of rendering graphics at a resolution of 122 columns × 32 rows. The screen employs an STN yellow-green mode LED-backlit LCD, which presents black characters on a yellow-green background, delivering high contrast and wide viewing angles. The module includes an integrated driver chip and is manufactured using COB (Chip-on-Board) technology. It connects to the main control MCU via an 8-bit parallel LCD interface, enabling the display of various images and text.
The reason why HTN LCD is regarded as a key component that propels gas meters from the “functional type” to the “smart type” lies fundamentally in the valuable information interaction capability it endows the meter with—enabling users to intuitively understand their gas usage while also facilitating the operation and management of gas companies. The realization of this smart upgrade, however, relies on the precise adaptation of the LCD to the harsh working environment of gas meters: gas meters are typically battery-powered and highly sensitive to power consumption, while the LCD features extremely low power draw, dropping to as low as 2 μA after power-off, thus ensuring long-term stable battery operation. At the same time, it operates stably over a wide temperature range from -40°C to 90°C, possesses good anti-interference capability, and can reliably handle complex environments such as kitchens. Moreover, the 10-to-20-year service life of the LCD panel basically matches the design life of gas meters. Combined with its low cost, it becomes an ideal choice for large-scale deployment of smart gas meters.
STN LCD are widely used in detection instruments, display instruments, and regulation (control) instruments. They can meet the industrial instruments’ requirements for high precision, high reliability, and intelligence. At the same time, STN dot matrix displays can accommodate the needs of complex display content, such as showing adjustment parameters, setting alarms, and outputting control signals. STN segment displays are capable of multiplex drive and offer a wide viewing angle range. Paired with a 10mm-thick glass cover, they can be adapted for explosion-proof, dust-proof, and contamination-resistant environments, with an optional integrated touch function.
Product description: The light source of the translucent LCD segment code LCD screen ...
Segment display is widely used in industrial instruments, industrial control equipment and commun...
The 0.96 inch OLED is a compact, high-contrast display. It employs self-emissive technology, eliminating the need for a backlight. This results in an ultra-thin module structure that saves valuable internal space in devices. It is widely used in wearable devices, portable electronics, smart home appliances, and similar applications.
This product is a 240160 LCD dot matrix display that can display graphics with 240 columns x 160 rows of pixels. The display uses FSTN mode LED backlit LCD, which displays blue and black characters on a gray background, with high contrast and wide viewing angle. The module contains a driver chip and adopts COG production technology. The product is light and has low power consumption. It is connected to the main control MCU through SPI interface/I2C interface/Parallel LCD interface to display various images and texts. The product comes with a resistive LCD touch screen.
The 1.3?inch OLED display features an ultra?thin profile, high contrast ratio, and wide viewing angles. It adopts self?emissive technology, requiring no backlight, which results in extremely low power consumption, and supports a wide temperature operation range from -40?℃ to 70?℃. The module is equipped with standard SPI/I2C interfaces, making it compatible with mainstream microcontrollers. It is widely used in applications such as smart wearable devices, industrial instrumentation, portable medical equipment, and smart home control panels.
Monochrome dot matrix LCDs in STN and FSTN types, with a resolution of 128×64 or higher, capable of displaying graphics and multiple lines of text. They are widely used in handheld portable terminals like POS machines. These products feature high contrast and wide viewing angles, available in various display modes such as gray background with blue-black characters, yellow-green background with blue-black characters, and blue background with white characters. Utilizing COG (Chip-on-Glass) manufacturing technology, the products are slim, lightweight, and feature low power consumption. The module includes a driver chip and connects to the main MCU via an SPI or I2C interface, offering simple operation, excellent display quality, and stable performance.
This product is a custom segment code COG module, featuring a VA LCD display. It uses the COG module process and integrates a driver chip. The LCD screen operates in VA mode and is connected to the main MCU via an I2C interface, using FPC for the connection method. This type of liquid crystal display module can be customized as needed, offering high contrast, wide viewing angles, excellent display quality, a wide operating temperature range, low power consumption, a lightweight and thin design, and stable performance.
This 7-inch TFT display is designed for the automotive instrument market, fully utilizing automotive-grade LCD panels and backlight materials. With a brightness of up to 1000 cd/m2, it ensures clear visibility even under direct strong light. It operates reliably across a wide temperature range from -30°C to 85°C and maintains stable performance in complex electromagnetic environments, offering excellent anti-interference capability. It is widely used in the pre-installed instrument market for vehicles such as buses, heavy-duty trucks, and new energy passenger cars.
vertical Alignment LCD achieves an ideal balance among display performance, manufacturing cost, and power consumption, thoroughly addressing the traditional pain points of poor visibility, narrow viewing angles, and outdated aesthetics. Its deep black background paired with bright white or colored characters delivers a premium “all-black when off, crystal-clear when on” appearance, while near-full viewing angles ensure that all information—such as remaining time and temperature—is easily visible from any perspective in the kitchen. Moreover, its ultra-low power consumption perfectly suits the long-term standby requirements of appliances like rice cookers, and as a mature industrial technology, its mold development costs and lead times effectively control mass production expenses. As a result, this display solution enhances modern aesthetics while precisely aligning with the minimalist design trends prevalent in today’s home appliances.
The viewing angle of STN LCDs is far superior to that of conventional TN/HTN screens, enabling them to meet the display requirements of complex images. Their duty drive typically supports 16 or more drive paths, up to a maximum of 240 paths, providing stable display with no crosstalk.
LCD segment display products are widely used in medical instruments such as blood glucose meters,...
This product is a large-size dashboard TFT screen, featuring an IPS full-viewing-angle panel and LED backlight with 800 cd/m2 brightness, ensuring clear visibility even in strong light environments. It supports a wide operating temperature range of -30℃ to 85℃. A capacitive touch panel and tempered cover glass can be laminated according to customer requirements. It offers clear display performance and meets the stringent demands of automotive application environments. It is widely used in new energy vehicle dashboards, robot displays, smart home appliances, and other fields.
