Disc Springs are conically-shaped, washer-type components designed to be axially loaded. What makes Disc Springs unique is that based on the standardized calculations of DIN EN 16984 (formerly DIN 2092), the deflection for a given load is predictable and the minimum life cycle can be dete...
Disc Springs are conically-shaped, washer-type components designed to be axially loaded. What makes Disc Springs unique is that based on the standardized calculations of DIN EN 16984 (formerly DIN 2092), the deflection for a given load is predictable and the minimum life cycle can be determined. Disc Springs can be statically loaded either continuously or intermittently, or dynamically subjected to continuous load cycling. They can be used singly or in multiples stacked parallel, in series or in a combination thereof. SPIROL offers Disc Springs as single items, or pre-stacked into custom configurations packaged in shrink wrap with a perforated tab for ease of insertion into the assembly.
Which Austenitic Stainless Steel Spring Pin is Best for Dynamic Loading?
Although there are many advantages to using Spring Pins, it is important to understand the design features between Slotted and Coiled Spring Pins - particularly for critical applications and those subjected to dynamic loading. This White Paper details the specific design differences between both Slotted Spring Pins and Coiled Spring Pins and explains which Spring Pin is best for dynamic loading.
How to Calculate the Estimated Fatigue Life of a Disc Spring
Disc Springs are conically-shaped washers designed to be axially loaded. They can be used individually or assembled into stacks to achieve the desired force-deflection characteristic required for the application. Since deflection of a Disc Spring at a given load is predictable, it is possible to calculate force and stress levels within the Disc. This paper focuses on the use of Disc Springs and how to estimate fatigue life in dynamic situations.
The Difference Between Cold Headed and Machined Solid Pins
The objective of this paper is to educate designers about the differences between cold heading and machining so that they understand how to design a Solid Pin that optimizes performance and reduces total manufactured cost of the assembly.
SPIROL Completes Major Expansion at Connecticut World Headquarters
SPIROL employees, company executives, board members, state representatives, and other honored guests gathered to celebrate the completion of the major expansion to SPIROL’s world headquarters and largest global manufacturing facility located in Northea...Jun 24, 2019
SPIROL Announces Product Enhancements to the Model CL Compression Limiter Installation Machine
SPIROL is pleased to announce the release of several design enhancements to our Model CL Compression Limiter Installation Machine. These enhancements improve operator interaction, reduce changeover time and incorporate additional error-proofing techniq...Apr 01, 2019
SPIROL Announces Two Facilities Certified to IATF 16949
SPIROL International Corporation, a global manufacturer of Engineered Fasteners, Shims and Installation Equipment, is pleased to announce that two of its manufacturing facilities have recently been certified to IATF 16949:2016.Jun 22, 2018
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