Featuring 800×480 resolution and a high brightness of 1000 cd/m2, this 7-inch TFT display ensures clear readability even under strong light. It is easy to drive and quickly adaptable to mainstream industrial control platforms. With an operating temperature range of -30℃ to 85℃ and strong electromagnetic interference immunity, it is suitable for demanding environments such as outdoor instruments, factory automation equipment, construction machinery, and test instruments.

HTN LCD brings significant interaction upgrades and reliability assurance to refrigerator products. Its ultra-wide operating temperature range (-40°C to 80°C) perfectly suits freezer compartments and high-temperature kitchen environments, eliminating display failures under extreme conditions. With high contrast and wide viewing angle characteristics, the display remains clear and readable from any angle—whether viewed from the side, from a low angle, or under strong light—greatly improving the user experience. Moreover, this solution adopts a low-cost passive drive architecture that requires no complex TFT circuitry. The driver section cost can be reduced by 50%–70% compared to TFT-LCD, while its microampere-level power consumption adds almost nothing to the refrigerator’s overall energy use. It is an ideal choice that balances display performance, extreme-environment adaptability, and economical mass production.

The Liquid Crystal Light Valve LCD (LCLV) is an optical device that utilizes the electro-optical properties of liquid crystal materials to control the on/off state and intensity of light transmission. It can be regarded as a highly efficient, controllable “electronic light switch.” By applying an electric field signal, the alignment of liquid crystal molecules is adjusted, precisely changing the light transmittance and polarization direction, thereby achieving stable control of luminous flux.

TN LCD plays a stable, efficient, and reliable role as a core display solution in the industrial instrumentation field. It presents key parameters such as voltage, current, temperature, flow rate, and equipment operating status in real time, providing clear and intuitive information output for measuring instruments, PLC, power monitoring devices, and more. Its core value lies in its ultra-wide operating temperature range (-30°C to +80°C), microampere-level power consumption, extremely low drive cost, and high reliability enabled by passive matrix architecture, making it perfectly suited for demanding industrial environments requiring 24/7 continuous operation, strong electromagnetic interference resistance, outdoor strong light readability, and battery-powered applications. Typical applications include multimeter, electronic scales, PLC and industrial control panels, energy meters and generator controllers, as well as portable environmental devices such as gas detectors. With exceptional environmental adaptability, long service life, and high costeffectiveness, TN LCD stands as a cornerstone choice for industrial instrumentation display solutions.

15.6-inch Automotive Central Display,Featuring a 1920×1080 Full HD resolution and a high brightness of 1000 cd/m2, this 15.6-inch automotive central display incorporates advanced In-Cell touch technology, which enables a thinner module and superior display clarity. With an operating temperature range of -30℃ to 85℃ and a standard LVDS interface, it is compatible with mainstream automotive-grade SoC platforms. The display has successfully passed automotive-grade reliability tests including thermal shock, high-temperature/high-humidity, vibration, and EMC, and has been mass-produced in multiple vehicle models. It helps reduce product validation risks and accelerate time-to-market.

Reflective LCD is a type of liquid crystal display that utilizes ambient light for image display. Its core characteristic is that it does not use a backlight; instead, it presents images by reflecting ambient light. It offers advantages such as low power consumption, eye protection, and high visibility under strong light, and has been widely adopted in various specific application scenarios.

This product is a 16064 LCD dot matrix display capable of displaying graphics of 160 columns× 64 rows of pixels. The display uses an FSTN mode LCD, showing gray background with black characters, high contrast, wide viewing angle, and can be equipped with an LED backlight. The module includes a driver chip, adopts COG (Chip-on-Glass) manufacturing process, and features thin and light product, low power consumption, and can operate at ultra-low temperatures. It connects to the host MCU via an I2C interface and is used to display various images and text.

The 8.8-inch TFT display features a 1280×480 resolution IPS panel combined with a high-brightness LED backlight, achieving a luminance of 800 cd/m2. It offers wide viewing angles and excellent readability under strong light conditions. This product has been mass-produced in the instrument cluster systems of multiple new energy vehicle models, having passed rigorous automotive-grade validation including an operating temperature range of -30°C to 85°C, EMC, thermal shock, high-temperature/high-humidity, and vibration reliability tests. Equipped with a standard LVDS interface, it is compatible with mainstream automotive-grade SoC platforms and can be directly reused in new vehicle dashboard projects, significantly reducing hardware selection, software adaptation, and validation cycles, thereby enabling fast project implementation.

This product is a 12864 LCD dot matrix display capable of showing graphics of 128 columns × 64 rows of pixels. The display uses an STN mode LED-backlit LCD, featuring black characters on a yellow-green background, high contrast, and a wide viewing angle. The module includes a built-in driver chip and adopts COG (Chip-on-Glass) manufacturing technology, resulting in a thin, lightweight product with low power consumption and a wide operating temperature range. It connects to a host MCU via an SPI interface and is used to display various images and text. The product comes with a metal frame for easy mounting and fixing.

Digital display + intelligent interaction + data-compliant operation are the intuitive hallmarks that distinguish modern electronic balances from traditional mechanical balances. HTN LCD are widely used in various electronic balance products, such as ultra-micro electronic balances, micro electronic balances, semi-micro electronic balances, and analytical balances. They directly display weighing results with clear, unambiguous digits, eliminating reading errors caused by various factors in mechanical balances. Backlit HTN LCD ensure clear visibility even under low-light conditions, improving reading reliability. When electronic balances are connected to printers, computers, and other devices, they can display GLP data reports in real time, which is crucial for establishing a traceable and transparent experimental data management system.

A transmissive display is a completely transparent liquid crystal display. Since liquid crystals themselves do not emit light, transmissive LCDs require a backlight source to clearly present information. Such screens can function normally in low-light environments, transmitting the backlight color, and can achieve rich color effects when combined with silk-screening and color films.

The 12.3-inch TFT display is a dedicated solution designed for dashboard applications, delivering a safer and clearer information interaction experience for drivers. With a high resolution of 1920×720, it provides sharp and detailed visuals that make driving data easy to read at a glance. The 1000 cd/m2 high-brightness design ensures that critical information remains clearly visible whether under direct sunlight or during rapid light transitions such as entering and exiting tunnels, effectively enhancing driving safety. The product strictly adheres to automotive-grade standards, featuring wide-temperature operation and excellent electromagnetic interference resistance to ensure long-term system reliability. Equipped with a standard LVDS interface, it is compatible with mainstream automotive-grade SoC platforms, reducing signal conversion and integration costs. Having passed rigorous environmental tests such as thermal shock and high-temperature/high-humidity exposure, this display is ready for direct application in new energy vehicles, heavy-duty trucks, and construction machinery.