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Compression Springs

Compression springs are an essential component in countless technical solutions and industries. A high-quality spring is important for everyone.

Whether you work in mechanical engineering, the automotive industry, or another sector, a properly selected compression spring ensures better performance. At Roveron, we offer a wide range of compression springs, from standard versions to fully customized solutions.

What Is a Compression Spring and How Does It Work?

Compression springs are among the most common types of springs and can be found in almost every aspect of our daily lives. A compression spring works by providing resistance when a load is applied.

In its uncompressed state, the spring has space between the coils. When pressure is applied, these coils are compressed, creating an elastic counterforce. This makes compression springs an efficient way to store and release energy.

How to Choose the Right Compression Spring

When selecting a compression spring, several important factors should be considered:

  • Application
    What is the purpose of the spring? Is it used for pressure regulation, spacing, or shock absorption?
  • Material Selection
    The material determines the strength, lifespan, and resistance to environmental influences. Common materials include:
    • Spring steel – The most widely used option due to its strength and cost-effectiveness.
    • Stainless steel spring wire (SS) – Ideal for applications exposed to moisture and corrosion.
    • Exotic materials – At Roveron, we offer special materials such as titanium, Inconel, Hastelloy, and Nimonic 90. These are suitable for extreme temperatures and demanding environments.
  • Dimensions and Force
    Determine the required wire thickness, diameter, and length of the compression spring. Maximum compression and required force also play a crucial role.
  • Environmental Factors
    Consider temperature, exposure to corrosive substances, and vibrations. For extreme temperatures (from -200°C to +1000°C), we offer compression springs designed to withstand harsh conditions.
  • Custom Options
    Need a compression spring that is not standard? At Roveron, we manufacture custom springs tailored perfectly to your specifications.

We Use High-Quality Materials

At Roveron, quality is our top priority. Our compression springs are manufactured according to the highest standards and are available in various materials.

Would you like to learn more about the properties and operating temperatures of our materials? Visit our materials page.

Materials

Material
Material Number
Class-C steel
1.1200
Stainless steel (301, 316)
1.4310 / 1.4401
Inconel (X750, 718, 625, 600)
2.4669 / 2.4668 / 2.4856 / 2.4816
Hastelloy (C4, C276)
2.4610 / 2.4819
Titanium (grade 1, 2, 3, 4, 5)
3.7025 / 3.7035 / 3.7055 / 3.7165
Nimonic 90
2.4632
Beryllium copper
2.1247
Phosphor bronze
 2.1020
Brass
2.0321
Monel
 2.4360
Phynox / Elgiloy
2.4711

Would you like to learn more about the properties and operating temperatures of our materials? Visit our materials page.

Custom and Special Compression Springs

At Roveron, we understand that not every situation requires a standard compression spring. That is why we offer custom-made compression springs. Our specialists are ready to translate your specific requirements into a tailor-made spring. From prototypes to large production runs, we always deliver quality. Why Choose Custom Springs at Roveron?

  • Full control over dimensions, force, and material
  • Expert advice from design to production
  • Post-treatments such as galvanizing, powder coating, or chemical blackening
  • Standard compression springs also available directly from stock

Applications

Compression springs are used in a wide range of industries and applications. At Roveron, we supply springs for, among others:

  • Mechanical engineering
  • Automotive (shock absorbers, clutches)
  • Packaging machinery
  • Lighting technology
  • Food processing industry
  • Medical equipment
  • Garage doors
  • Pressure switches

Need Assistance?

At Roveron, we are happy to help you select the right compression spring for your specific needs. With a history dating back to 1951 and decades of experience in spring manufacturing, we understand the unique requirements of various industries.

Do not hesitate to contact us via our online form or request a no-obligation quotation. We are happy to share our expertise to help you make the right choices for your technical projects.

Custom-made compression spring from (stainless) spring steel for industrial applications

Compression Springs

  • Available in all materials.
  • Also available in Inconel 718.
  • We deliver custom-made and from stock
  • Fast delivery, competitively priced!

Frequently Asked Questions About Compression Springs

Do you have a specific question that is not answered here? Please feel free to contact us — our team will be happy to assist you.

Compression springs provide resistance when compressed, while extension springs generate tensile force when stretched. Compression springs have space between the coils in their uncompressed state, whereas extension springs are tightly wound. The choice between compression and extension springs depends on the specific application and the desired direction of force.

Yes, at Roveron, compression springs can be custom-manufactured according to your specific requirements. Custom compression springs offer full control over dimensions, force, and material. Our specialists are ready to translate your requirements into a tailor-made spring from prototypes to large production runs.

The most commonly used materials for compression springs are spring steel (Class C steel) and stainless steel spring wire (SS). Spring steel offers an excellent combination of strength and cost-effectiveness, while stainless steel is ideal for applications exposed to moisture and corrosion. For extreme conditions, exotic materials such as Inconel, Hastelloy, and titanium are also available.

To choose the right compression spring, you should consider the application, required force, environmental conditions, and available space. First, determine the specific function of the spring. Then calculate the required force and compression, select the appropriate material based on environmental factors, and choose the correct dimensions. Also consider factors such as service life and required tolerances.

Static load refers to a constant, steady load applied to the spring, while dynamic load involves varying or cyclic loading. With static load, the spring is subjected to a constant force for a period of time. Dynamic loading can affect the lifespan of the spring, depending on the number of load cycles. For quasi-static or dynamic loading conditions, it is advisable to have the spring’s service life calculated by a specialist.

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