What Are the Applications of Tungsten Wire in Aircraft Braking Systems?

There are several common applications in aircraft braking systems, some of which may involve tungsten wire or tungsten alloys. Here are some possible applications of tungsten wire in aircraft braking systems:

Brake Damper: An aircraft’s brake damper is a critical component used to slow and stop the aircraft. These systems typically include brake calipers and friction materials, which are subject to high temperatures and high friction when braking. Some components in the braking system may use tungsten wire or tungsten alloy, because tungsten has good high-temperature stability and anti-wear properties, which can enhance the durability of the braking system.

Braking resistor: In the electric aircraft braking system, the braking resistor is used to convert mechanical energy into electrical energy and generate braking force through resistance. Tungsten wire or other high temperature materials may be used in these resistors to provide stable operation under high temperature and high current conditions.

Sensors and Control Systems: Braking systems often require precise control and monitoring to ensure the aircraft is decelerated and stopped safely. Some components in sensors and control systems may use tungsten wire or tungsten alloys to support accurate measurement and reliable control in high-temperature environments.

Bolts and Fasteners: The assembly of a braking system often requires high-strength bolts and fasteners to ensure that the various components are securely held together. Tungsten alloys or other high-strength materials may be used in bolts and fasteners in some aircraft braking systems.