Optical bonding is a process where a layer of resin is applied between the glass or touchscreen and TFT LCD TFT panel of a monitor, bonding them to make a solid laminate with no gaps or pockets of air. When choosing a screen for any project, you should evaluate the environment and operating conditions the screen will have to endure. Industrial grade screens and panel PCs are made rugged with all types of features available to withstand any type of application. One such feature available to consider is optical bonding.
Key Features of
Images shown on a display are reflections generated by light from the LCD module passing through the gap and the panel. The gap and panel have different refractive indexes, causing the light to bend when it passes through them. This results in a loss in its intensity, affecting the screen's readability.
By adhering the LCD module and panel together with optical bonding, the transmission of light is increased, improving the visibility of the display. This is useful when viewing a display with bright ambient lighting conditions.
When light from an external source passes through the panel and the gap, refraction causes some of it to be reflected back, creating glare on the screen. The increased light transmission of a screen with optical bonding significantly reduces glare from external light sources.
The reduced glare that optical bonding provides makes it an ideal option when viewing a monitor outdoors or in environments with an intense direct light source.
Increased Physical Durability
The additional resin layer in optical bonding also provides increased physical durability to the screen. Eliminating the gap between the LCD module and the panel increases the screen's resistance to scratches, dust, and fluids.
This provides high durability for use in public access areas, factories, or other environments where the monitor is routinely used.
In environments with wide temperature ranges, it is common for condensation to cause screens to become foggy from moisture that penetrates the air gap. A display with optical bonding fills the gap to prevent condensation from occurring for improved readability.
This makes optical bonding ideal for ships and offshore structures, warehouses, aircrafts, and other environments that experience extreme temperature changes.
Accurate Touch Experience
For touch displays, the panel thickness influences touch accuracy and can affect usability with both touch pens and bare hands. A touch display with optical bonding maintains consistently accurate touch response making it easy to use and reliable.
√ Fantastic Contrast Ratio with AR glass, at least 2 times best that original LCD display.
√ Very slim design：Black silk screen printing can be 30mm and whole LCD display thickness can be 100mm.
√ Optical bonding with toughed protect glass can reach IK10
√ 24/7 working for harsh environment such as -30 to 50degree according to design.√ 1500-2500nits can be selected.
√ Air cooling design.
√ Easy integration for customized display
Slim & Light Design
Hummax Optical bonding series composed of single display with a light and slim design and it can be easily customized to suit various external environments with no need for separate casing. And its thickness can be 100mm.
Wide Viewing Angle
Optical Bonding technology provides better control of the liquid crystals, which in turn allows the screen to be viewed at virtually any angle.
Easy integration for
Hummax Optical bonding series are lighter and ready to be customized for various customer needs and settings. From outdoor menu boards to kiosks, it's also mount ready and optimized for customers, based on the industry destination and use.
The tempered and laminated front glass ensures optimum protection from outdoor extremities, resulting in minimal to no damage from external impacts.
with IP55 Design
The display is sealed with IP55 design for reliable operation. It's designed to be not only waterproof but also weatherproof against the damaging effects of the sun, rain, snow, dust and wind, an essential feature for outdoor application.
Excellent heat dissipation design and the choice of reliable materials make the products have excellent performance under outdoor sunshine. Laboratory test conditions: 1120W/M2, 45 degrees, no black screen.
Smart Brightness Control
Screen brightness is automatically adjusted according to the surrounding illumination level. The brightness is increased in light for better visibility, while it is lowered in darkness to reduce power consumption.