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Circle at a speed of approximately 28,000 km / h Gutekunst compression springs Earth orbit on the international space station ISS. This makes them probably the fastest compression springs in use. Gutekunst feathers supplies these compression springs to the company
Compression springs , partly too Tension springs and Leg springs The subsequent treatment of their surfaces gives them additional properties – depending on the application, they become, for example, harder, more rustproof or more heat-resistant. Gutekunst feathers offers for his
The DIN 2098 standard includes a selection of cold formed cylindrical compression springs From 0.1 to 10 mm wire thickness in 525 standardized compression spring dimensions. The compression springs are of quality grade 2 according to DIN EN 15800 from
What exactly does the term “technical springs” mean? Which types of metal springs are they meant and for which force states and applications are they used? Gutekunst Federn and Gutekunst Formfedern will briefly address these questions and other properties in
After determining the spring dimensions, the Proof of strength be guided. For this purpose, the existing shear stress is determined. Shear stress for compression springs Shear stress compression spring from force: Shear stress compression spring out of travel: While
Safety elements are small, almost inconspicuous machine components that are used in almost every construction. The form-fitting components act as guide elements to protect and limit other machine parts against axial play. The security elements are available in many designs.
Metal springs are used in various designs. In addition to the cylindrical design, which is most commonly used, there is also the conical, barrel-shaped design or for special ones dynamic Compression spring applications the beehive spring. Each design has a
Spring systems are spring-technical applications made up of several individual springs, which together realize special tasks. These individually designed spring systems can be designed for a wide variety of applications. By selecting and arranging different springs, practically every desired force
Description Formula symbol tension springs Before interpreting the extension spring it must be clarified whether the intended type of stress is a static or a dynamic stress acts. No general fatigue strength values can be given for dynamic loads on
Here is an overview of the different eyelet shapes for Extension springs after DIN EN 13906-2: 2013 with the respective loop properties. Extension springs should only be subjected to static loads. If higher loads are planned, bent eyelets should be