This product is a 12864 LCD dot matrix display capable of showing graphics with a resolution of 128 columns × 64 rows of pixels. The screen utilizes FSTN technology, featuring a gray background with blue-black characters, offering high contrast and a wide viewing angle. The module incorporates a driver chip and is manufactured using COG (Chip-on-Glass) technology, resulting in a slim, lightweight design with low power consumption. It connects to the main control MCU via an SPI interface or an 8-bit parallel LCD interface, enabling the display of various images and text.

HTN LCD are widely used in various types of dispensing equipment, includingLNG 、dispenserfuel dispensers、special fluid dispensers、 self-sustaining pump dispensers、submersible pump dispensers、 self-service dispensers、and pre-set dispensers. Segment displays provide an intelligent presentation of core fueling information areas, status and prompt zones, and operator interfaces. For a fuel dispenser, an LCD is far more than just a simple “digital display”—it serves as a central interactive hub connecting the gas station, customers, payment systems, and backend management. It transforms a mechanical fluid-dispensing process into a digitized, information-enabled, and interactive modern commercial service environment.

This product is a 4.3-inch TFT display specially designed for automotive instrument clusters. All materials used are automotive-grade, enabling stable operation in a wide-temperature environment from?-30°C to 85°C. The screen features a high brightness of?1000 cd/m2?and supports an?RGB interface, ensuring clear visibility even under direct strong light. Its full-viewing-angle characteristic guarantees that drivers can accurately read key driving information from any angle. It is widely used in applications such as automotive instrument panels, engineering machinery controllers, and integrated instrument systems.

This is a Liquid Crystal Display (LCD) with high anti-static (ESD) performance. Electrostatic discharge can damage electronic devices, particularly affecting LCD display quality in dry environments. Anti-static LCDs minimize the impact of static electricity on the screen through specialized designs, materials, and manufacturing processes, ensuring device reliability and longevity.

As a key display component in smart electricity meters, the LCD is a high-performance, multi-level display solution. It is widely used in devices such as single-phase remote fee-controlled smart meters, three-phase multifunctional meters, and bidirectional metering smart meters. This display product supports hierarchical information presentation at the user, data, and management levels. It not only allows end-users to intuitively access electricity consumption data but also enables maintenance personnel to conduct in-depth data queries and system management. As the critical human-machine interface of the meter, the LCD serves not only as a window for information display but also as an important carrier reflecting the meter’s measurement accuracy, real-time communication data, and core functionalities. With its high contrast, wide viewing angle, and low power consumption, it ensures clear and stable content visibility under various lighting conditions. This contributes to a user experience where “information is clear to users and accessible for maintenance,” thereby significantly enhancing the practicality and reliability of smart electricity meters.

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.

This product is a mini TFT display with a resolution of 320*480. It supports horizontal screen rotation and offers optional MCU or SPI interfaces. As a low-cost TFT display solution, it is widely used in medical centrifuges, smart routers, communication equipment, smart home appliances, handheld instruments, and more.。

The Color Printing LCD Segment Display achieves monochrome, color, and gradient effects by applying ink to the surface of polarizers through screen printing or inkjet printing processes. It is widely used in industrial instruments, medical equipment, consumer electronics, and other fields.

The 2-inch TFT display is a miniaturized TFT screen that supports high-resolution true-color reproduction and an ultra-wide viewing angle. Designed with low power consumption and featuring a standard SPI interface, it is commonly utilized in industrial control instruments such as thermostats, hazardous gas detectors, combustible gas alarms, concentration meters, digital anemometers, and more.

VA LCD products are widely used in outdoor portable power solutions such as portable energy storage systems, household energy storage units, and RV power systems. The LCD screen digitally and accurately displays real-time parameters including power levels and wattage, interface status, safety alerts, charge-discharge management, and power consumption analysis. It serves as a key component in outdoor portable power products for visually presenting functions such as electricity usage planning, operational status, fault warnings, and power distribution. Furthermore, compared to TFT products, LCD segment displays offer significant cost advantages. The black background of VA LCDs also effectively supports the visually integrated design of portable power products.

Special-shaped metal PINs are non-standard shaped metal pins used in LCDs, typically designed to meet specific assembly requirements or adapt to particular usage environments.

This product is a 12232 LCD dot matrix display capable of rendering graphics with a resolution of 122 columns × 32 rows. The display utilizes an STN yellow-green mode LED backlit LCD, featuring a yellow-green background with black characters, high contrast, and a wide viewing angle. The module incorporates a dedicated driver chip, employs COB (Chip-on-Board) production technology, and connects to the main control MCU via an 8-bit parallel LCD interface for displaying various images and text.