Kiilalevyn

Kiilalevyn is a Finnish term that translates to "wedge plate" or "shim plate." In its most common usage, it refers to a metal plate that is inserted between two surfaces to create a precise gap or to adjust the alignment of components. These plates are typically made from durable materials like steel or brass and are manufactured to very tight tolerances to ensure accurate fitting.

Kiilalevyn can be found in a variety of applications. In mechanical engineering, they are used to adjust the clearance between moving parts, such as in bearings or gears, to reduce wear and improve performance. They are also employed in construction to level or plumb structural elements, ensuring that beams, columns, or other components are properly aligned before being fixed in place. The precise thickness of a kiilalevyn allows for fine adjustments that might not be achievable with other methods.

The design of a kiilalevyn can vary depending on its purpose. Some are simple, flat plates of a uniform thickness, while others may be tapered to create a gradual adjustment over a length. The term can also refer to a specific type of shim used in automotive applications, particularly in brake systems, where it helps to reduce noise and vibration. Regardless of the specific context, the fundamental function of a kiilalevyn is to provide controlled spacing or alignment.