Special Material Requirements for Aircraft Cockpit Touch Screen

The cockpit of modern aircraft is gradually evolving towards a fully glass cockpit, which puts unprecedented demands on touch screens. As a professional aviation display equipment supplier, Xinlilai Touch has a deep understanding of these special requirements. Below, we will analyze the key material characteristics of aviation touch screens for you.
 

Material combination resistant to extreme environments:
The surface is made of chemically strengthened glass with a Mohs hardness of 9, which can resist repeated friction from pilots wearing gloves
 

The conductive layer uses carbon nanotube composite material, which maintains excellent conductivity at low temperatures of -40 ℃
 

Using aviation silicone sealing edges to prevent bubble problems caused by high altitude and low pressure
Optical performance optimization:
 

Special anti reflection coating to control surface reflectivity below 0.5%
High brightness backlight design ensures clear visibility even in direct sunlight
Optional anti frost heating layer to solve the problem of high-altitude fogging
 

Ergonomic considerations:
Adjustable touch force design, suitable for glove wearing operation
Anti misoperation algorithm to avoid erroneous operations during turbulence
Modular design for easy maintenance and replacement in later stages
 

Our latest developed aviation touch screen has passed the RTCA DO-160G Chapter 22 fire test and meets the MIL-STD-810H mechanical impact requirements. These strict standards ensure that the product can operate reliably in the harshest aviation environments.