German somaka springs, somaka models, somaka prices

somaka springs are helical springs that withstand compressive forces. The cross-section of the material used is mostly circular, but rectangular sections and multi-strand steel wires are also used. Springs generally have uniform pitch. Shapes of compression springs include cylindrical, conical, convex, concave, and a small number of non-circular forms. There is a certain gap between the coils of a compression spring. When subjected to external loads, the spring contracts and deforms, storing strain energy. Compression springs provide resistance to external compressive loads. Compression springs utilize multiple open coils to provide resistance to external loads (such as gravity pressing down on wheels, or body weight pressing on a mattress). In other words, they push back to resist external pressure. Compression springs are generally wound from metal wire with uniform pitch and have a fixed wire diameter. In addition, there are conical compression springs, or springs combining conical and straight sections. Depending on the application area, compression springs can be used to resist pressure and/or store energy. Round wire is the most commonly used for compression springs, but compression springs made from square, rectangular, and specially shaped wire are also available.

somaka spring applications

Extension springs, also known as helical extension springs, generally have uniform pitch and mostly circular cross-sections. They can be used in many occasions, such as production assembly, testing, R&D, and maintenance. Extension springs occupy an important position in the global market and are widely used in fields such as national defense, marine, computer, electronics, automotive, mold, medical, biochemistry, aerospace, railway, nuclear power, wind power, thermal power, engineering machinery, mining machinery, construction machinery, and elevators.

somaka spring features

1) Precise adjustment performance, meaning the relationship between force and displacement is highly sensitive; 2) Good flexibility, meaning the range of deformation is relatively wide; 3) Easy to manufacture; 4) Compact structure; 5) High energy utilization rate. Examples of characteristics: Conical helical springs have good buffering performance and can withstand large loads. Spiral torsion springs can store more energy and withstand larger loads, but the manufacturing process is more complex. The performance of concave helical springs is similar to that of conical helical springs, and they are mostly used in seat cushions and mattresses. The cross-sections of spring steel wire include circular and rectangular, with circular cross-sections being the most common. Helical springs, i.e., torsion springs, are springs that withstand torsional deformation, and their working part is also tightly wound into a helical shape. The end structure of torsion springs is processed into various shapes of torque arms, rather than hooks or loops. Torsion springs are commonly used in balancing mechanisms in machinery and are widely applied in industrial production such as automotive, machine tools, and electrical appliances.

somaka spring classification

1) Standard Belleville springs, trapezoidal cross-section Belleville springs, conical trapezoidal cross-section. Belleville springs: Simple shape and structure, widely used. They can be used individually, in opposed pairs, in stacked combinations, or as composite Belleville spring groups, withstand static or variable loads, and are used as high-strength buffering and vibration-damping springs in heavy machinery, aircraft, artillery, and other weapons. 2) Diaphragm springs: Mainly used in automotive clutches, functioning through the separation fingers and the Belleville spring part. 3) Wave washers: Extensively used in mechanical seals, and can be further developed into spiral wave springs. 4) Slotted Belleville springs: Typically used in clutches, such as those in lathes, automobiles, and tractors. 5) Circular plate Belleville springs: The cross-section is circular plate-shaped, deforming into a truncated cone shape under load. Simple structure, high stiffness, used in applications with special requirements. 6) Spiral Belleville springs: Possess the dual characteristics of Belleville springs and helical springs, allowing for different stiffness requirements. 7) Wave cylindrical springs (wave springs): Formed by overlapping wave washers into a cylindrical shape, allowing for greater deformation.

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