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CUSTOM TORSION SPRINGS

Safety pins, mouse traps, clothes pins, and clipboards all rely on these to do their jobs. Vast industrial applications also use the rotational force of this dependable spring.

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CUSTOM COMPRESSION SPRINGS

This accepts a load and “compresses” as the load is applied and returns to its free length when the load is removed.

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CUSTOM EXTENSION SPRINGS

Their unique ends allow them to attach to other components to absorb and store energy and resistance to a pulling force.

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CUSTOM FLAT SPRING

Made with flat material that can be produced with bends and complicated forms, such as “wave washers” in temperature setting mechanisms of ovens.

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WIRE FORMS

Less traditional looking than a helix or coiled spring, these are wound in “U” or “V” configurations, so they flex and snap back out.

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CUSTOM RETAINING RINGS

Versatile in design and application, this round or rectangular wire wound into a circular shape made for engine components and escalator assemblies.

CUSTOM SPRING MANUFACTURING AT ITS BEST

 Based in America. Made in America. For more than 150 years, Hardware Products has been manufacturing and delivering exceptional quality stock and custom springs around the globe. With the oldest stock catalog of springs in America, Hardware Products can supply in stock or custom made springs in most quantities in less than 24 hours. Just ask. 

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Latest Blogs

MARCH 15, 2018

A Twist in the Tale – Springs that Take a Set

Torsional Modulus and How it Affects the Stability of Springs In a well-designed spring, torsional movement can occur 10 million times without causing any deformation to the spring. However, if there isn’t enough room to design a spring with enough steel in it, the twisting motion becomes more severe and the wire may not return to its original position. When this happens, we refer to this occurrence as “the spring took a set”.

MARCH 15, 2018

Solid Height on a Compression Spring

When Is a Spring Said to Be at “Solid Height”? Used in a vast variety of machinery from simple mowers to advanced spacecraft, the purpose of a compression spring is to resist linear force through compression when a weight is applied to it either at the top or at the bottom of it. It is engineered to have a certain number of coils to provide the desired spring rate (see spring rate 101). And it is because of this number that the coils of the spring can only deflect so far before all of them start overlapping or touching each other. When all the coils are touching each other the spring is said to be at “solid height”.

JIT – SAVE 30%

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In most cases you can save up to 30% on your spring requirements.