Springs

Springs can’t stretch forever. Whether extension or compression, all springs have a point at which they will no longer behave like a spring. Known as the elastic limit, it defines the physical limits of a spring. For a better understanding … Read More

Springs are used in a wide variety of applications. In sofas and recliners, they are used to distribute weight and extend the furniture’s lifespan. In washing machines and clothes dryers, springs absorb shock to dampen vibrations and protect against damage. … Read More

Springs are available in different styles. Extension springs, for instance, are characterized by a coiled wire construction that becomes longer under a load, whereas compression springs are characterized by a coiled wire construction that becomes shorter under a load. In … Read More

Closed-wound springs offer a reliable and versatile form of energy storage. Like all springs, they are designed to store mechanical energy. When exposed to a load, they will become shorter or longer while simultaneously storing the load’s energy. Closed-wound springs, … Read More

It’s not just the material that affects the performance of coil springs; the wire diameter is equally important. Whether it’s a compression spring or an extension spring, its wire diameter will affect its performance. Some springs are thicker than others. … Read More

When shopping for extension springs, you may come across the term “initial tension.” It plays a key role in the performance of extension springs. Extension springs are characterized by their ability to become longer under a tension load. They consist … Read More

Mechanical springs are used in a variety of applications. Consisting of coiled metal, they are designed to store energy when exposed to a load. Some springs will become shorter when exposed to a load, whereas others will become longer. Regardless, … Read More