Die springs
Contents |
Introduction
Die springs play an integral role within the manufacturing and engineering industries. Similar to compression springs, die springs are manufactured and built to take a higher load than other springs, making them a valuable tool for a variety of projects.
For a die spring to work without hindrance, there has to be room for it to work. This means the starting point is not the physical dimensions of the die spring, but the installation dimensions.
What are die springs?
Also referred to as ‘high compression springs’, die springs are designed to maintain and withstand great levels of applied stress. These types of springs are made with rectangular wire instead of circular, unlike their ‘compression’ counterparts.
This type of high force compression spring can handle 30% more stress than a standard compression spring. This can be beneficial in extreme and stressful environments, such as handling temperatures rising to 475 degrees.
Properties of die springs
Die springs have a number of unique qualities, the first being the material they are made from. The use of rectangular and square wire is the prime element that gives the die spring its unique property, and it is this larger mass which provides the spring with a greater force.
Die springs are an extremely reliable and consistent spring. They can be manufactured to different strengths, which is shown through the use of different colour codes.
Common uses of die springs
Due to their strength, die springs are used for a wide range of applications within various industries, including:
- Clutches and brakes in the automotive industry.
- Transportation industry.
- Agricultural industry.
The difference between compression and die springs
Springs may look similar, but the different variations of springs all have different characteristics, designed for different purposes. Compression and die springs are two which are similar, but with several differences.
Compression springs function by resisting compressive force. When stress and pressure is applied, their length shortens, allowing them to store energy whilst compressed.
Compression springs are used in a wide range of applications, including:
Die springs differ due to their high force. Die springs are engineered to provide predetermined pressure, meaning they are suited to applications involving extreme conditions, high temperature, high loads or heavy machinery, making them an ideal choice for applications which require high force within a limited area.
They can be engineered to consistently give predetermined physical force at certain compressions, ideal components, for example, in punching and pressing machines.
Related articles on Designing Buildings Wiki
- Compression springs.
- E-spring.
- Flat springs.
- Key qualities of springs.
- Spring materials.
- The importance of gas springs.
- Tension springs v torsion springs.
- Using springs in construction to prevent disaster.
- Large and Hot Coiled Compression Springs
- The Difference Between Tension and Torsion Springs
- The Multiple Uses of Compression Springs
- The Uses of Wire Forms Within the Construction Industry
- Types of spring.
Featured articles and news
Boiler Upgrade Scheme and certifications consultation
Summary of government consultation which closes 11 June 2025.
Deputy editor of AT, Tim Fraser, discusses the newly formed society with its current chair, Chris Halligan MCIAT.
Barratt Lo-E passivhaus standard homes planned enmasse
With an initial 728 Lo-E homes across two sites and many more planned for the future.
Government urged to uphold Warm Homes commitment
ECA and industry bodies write to Government concerning its 13.2 billion Warm Homes manifesto commitment.
From project managers to rising stars, sustainability pioneers and more.
Places of Worship in Britain and Ireland, 1929-1990. Book review.
The emancipation of women in art.
Call for independent National Grenfell oversight mechanism
MHCLG share findings of Building Safety Inquiry in letter to Secretary of State and Minister for Building Safety.
The Architectural Technology Awards
AT Awards now open for this the sixth decade of CIAT.
50th Golden anniversary ECA Edmundson awards
Deadline for submissions Friday 30 May 2025.
The benefits of precast, off-site foundation systems
Top ten benefits of this notable innovation.
Encouraging individuals to take action saving water at home, work, and in their communities.
Takes a community to support mental health and wellbeing
The why of becoming a Mental Health Instructor explained.
Mental health awareness week 13-18 May
The theme is communities, they can provide a sense of belonging, safety, support in hard times, and a sense purpose.
Mental health support on the rise but workers still struggling
CIOB Understanding Mental Health in the Built Environment 2025 shows.
Design and construction material libraries
Material, sample, product or detail libraries a key component of any architectural design practice.
Construction Products Reform Green Paper and Consultation
Still time to respond as consultation closes on 21 May 2025.
Resilient façade systems for smog reduction in Shanghai
A technical approach using computer simulation and analysis of solar radiation, wind patterns, and ventilation.