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The service life of compression springs made from different materials is significantly influenced by operating conditions.

It features an elastic limit of 1200–1600 MPa, excellent fatigue resistance and toughness, and a long-term operating temperature of 250–300°C; it i...

Common materials for compression springs and their characteristics are as follows:

Simple structure and uniform load distribution; this is the most common type, accounting for over 80% of applications.

Typically made from wire with a circular cross-section, though rectangular or multi-strand wire may also be used; common shapes include cylindrical...

The working principle of a compression spring is fundamentally based on Hooke's Law: within the elastic limit, the spring's restoring force (F) is ...

The most widely used standard type; suitable for most conventional scenarios, including home appliances and general machinery. Conical Compression...

The primary function of a compression spring is to provide resistance against external compressive forces; by deforming, it stores energy and perfo...