Explanation: what do we mean by a stainless steel disc spring?
A stainless steel disc spring is a spring in the shape of a conical disc with a central hole, designed to absorb axial forces within a minimum installation space. When unloaded, the spring has a characteristic cup shape that is pressed in a controlled manner during load. Because of this geometry, a stainless steel disc spring can provide high forces with a small stroke. In addition, stainless steel makes the component particularly suitable for applications where corrosion resistance and longevity are essential. By combining multiple springs in series or parallel circuits, the spring characteristics can be adjusted: from linear and progressive to degressive, depending on the application.
Common practical applications
Stainless steel disc springs are widely used in sectors where compact power solutions and high reliability are required:
Why a stainless steel disc spring is the right choice
A stainless steel disc spring is the ideal choice for applications where strength, durability and corrosion resistance must go hand in hand. The material offers an excellent balance between elasticity and strength, so that the spring retains its shape and functionality even under high loads. Stainless steel springs are low-maintenance and continue to perform in environments with humidity, temperature changes or chemical influences.
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The added value of our stainless steel disc springs for your project
Ordering process and customization options
Are you looking for a stainless steel disc spring that exactly matches your design and technical requirements? We design and produce tailored to the desired spring characteristics, installation situation and environmental conditions. Whether it's a single prototype or a larger series, we actively think along with you and ensure a short delivery time and full technical support.
Contact us directly at +31 (0) 74 — 291 45 08 and discover how we can strengthen your application with a durable and reliable stainless steel spring solution.
