laakeriteräks

Laakeriteräs is a type of steel specifically designed for use in bearings. Its primary characteristic is its high hardness, which is achieved through a specific heat treatment process. This hardness allows bearings made from laakeriteräs to withstand significant loads and resist wear and deformation, crucial for their function in rotating machinery.

The composition of laakeriteräs typically includes a high percentage of carbon, often around 1%, and alloying elements such as chromium. The chromium content enhances hardenability and improves resistance to corrosion, although laakeriteräs is not fully stainless steel. The controlled addition of these elements, along with precise control over the manufacturing and heat treatment, results in a microstructure that provides excellent fatigue strength and toughness.

Bearings made from laakeriteräs are found in a vast array of applications, from small electronic devices to heavy industrial machinery, automotive components, and aerospace systems. The reliability and longevity of these bearings are directly dependent on the material properties of the laakeriteräs used. Its ability to maintain its shape and integrity under constant stress and friction is paramount to the smooth and efficient operation of the equipment it serves.