With titanium screws the first step in your car’s powertrain, they’re used to improve the reliability of the transmission.
You can find the screws at a handful of car manufacturers across the world, and they’re often referred to as ‘valence electrons’ due to their tendency to corrode when the engine cools down.
The key to good torque at low speeds, however, is to keep the screws in a flat position, making them easy to remove.
They’re also used in some vehicles to enhance the transmission’s stability.
So why are they important?
For starters, they provide a level of durability and rigidity that helps keep the transmission from rattling under high loads.
In fact, researchers have found that the higher the torque that can be achieved through the use of titanium screws compared to other types of materials, the more stable the transmission is.
This is because titanium screws are able to retain their shape after they’ve been subjected to repeated friction and impact.
The researchers have also found that, compared to a conventional steel bolt, titanium screws tend to perform better when subjected to a ‘dynamic loading’ – where they’re subjected to varying loads during normal driving conditions, such as in a truck or on a track.
To learn more about torque, read the article “Titanium screws”