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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
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 spring rate, also called spring constant or spring hardness, depends on the spring material and the shape of the compression spring, extension spring or torsion spring. The formula for calculating the spring rate for cylindrical springs made of round
Depending on the size, guidance and bearing, compression springs are at risk of buckling. When guided by mandrel or sleeve, the spring cannot buckle. In other cases, it depends on the design of the bearing(EN 13906-1 / 9.14). The spring
Below is the summary of the basics about Spring design of Compression springs , Tension springs and Leg springs . Technical springs are still one of the most important machine elements today and are used successfully in vehicles, precision mechanical
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
Whether spring steel, bronze or brass wire – everyone Spring material has a specific strength. This determines the degree of mechanical resistance, for example if it comes to plastic deformation or separation. The characteristic values for the strength can with
When the metal spring is tensioned, work is done, which is then released again when the tension is released. The spring work (W) always results as the area below the spring characteristic. The suspension behavior of steel springs can be
Compression springs, extension springs and torsion springs are typical C-parts: They are not the focus of the procurement process, but are installed in almost all technical applications. The requirements for the spring design are very versatile and individual. Compressive, tensile
How is a extension spring manufactured, what influence do extension spring designs, loop shapes, spring characteristics and spring materials have, and what do technical terms such as preload, relaxation, yield strength and dynamic loading mean for a tension spring? In