Keilplatte

Keilplatte is a German term that translates to "wedge plate" or "sloping plate." In engineering and construction, a Keilplatte refers to a specially shaped plate or bracket designed with an angled surface. This angle is crucial for achieving specific alignment or load transfer functions.

These plates are often used to create a precise slope or inclination between two connected components. This can be important in applications where components need to be mounted at an angle, such as in automotive systems, machine tools, or architectural elements. The angled surface of the Keilplatte allows for the adjustment of angles that cannot be achieved with standard flat plates.

Keilplatten are typically made from metal, such as steel or aluminum, to ensure strength and durability. They can be manufactured through various methods, including casting, forging, or machining, depending on the required precision and complexity. The design of a Keilplatte will vary greatly depending on its intended use, with variations in size, angle, and mounting hole configurations.

In some contexts, a Keilplatte might be used to compensate for misalignments or to facilitate the flow of materials by providing a sloping surface for gravity-assisted movement. The term is less common in general English usage but is prevalent in specialized technical fields, particularly those with German engineering influences.