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Tension Springs

Tension Springs

Tension Springs – High-Quality Extension Springs for Pull Force Applications

Tension Springs, also known as Extension Springs, are mechanical devices designed to store and absorb energy by resisting pulling or tensile forces. These springs operate with a pulling force and extend when subjected to tension, returning to their original shape once the force is released.

Manufactured from high-grade materials like stainless steel, carbon steel, or alloy steel, Tension Springs are precision-engineered with hooks, loops, or customized ends to suit a variety of industrial, commercial, and domestic applications.

Tension Springs are essential in mechanisms where two components need to be pulled together or return to a specific position after being stretched. They are widely used in machinery, automotive components, garage doors, trampolines, agricultural equipment, and fitness machines.

10 FAQs about Tension Springs

1. What is a Tension Spring?

A Tension Spring is a tightly wound coil designed to absorb and store energy when pulled or stretched, returning to its original position once the force is removed.

2. What materials are commonly used to manufacture Tension Springs?

  • Stainless Steel
  • Carbon Steel
  • Alloy Steel
  • Galvanized Wire
  • Music Wire

3. What are the types of ends available in Tension Springs?

  • Hook Ends
  • Loop Ends
  • Side Hooks
  • Screw-In Hooks
  • Custom Designed Ends

4. How does a Tension Spring work?

Tension Springs operate by resisting extension (pull force) and returning to their original length when the force is released.

5. Are Tension Springs customizable?

Yes, Tension Springs can be customized in:

  • Wire Diameter
  • Coil Diameter
  • Free Length
  • Spring Rate
  • Hook Style

6. What industries commonly use Tension Springs?

  • Automotive
  • Machinery & Industrial Equipment
  • Agriculture
  • Furniture Manufacturing
  • Electronics

7. What is the difference between Tension Springs and Compression Springs?

  • Tension Springs work under pull force (stretching).
  • Compression Springs work under push force (compression).

8. Are stainless steel Tension Springs rust-proof?

Yes, stainless steel Tension Springs are corrosion-resistant and suitable for outdoor or moisture-prone environments.

9. What are the key parameters for selecting a Tension Spring?

  • Load Capacity
  • Maximum Extension
  • Spring Rate
  • Material Type
  • Application Environment

10. Can Tension Springs break if overstretched?

Yes, overstretching beyond the design limit can cause permanent deformation or breakage.

Applications of Tension Springs

Widely Used In:

  1. Automotive Door Mechanisms
  2. Trampolines & Fitness Equipment
  3. Garage Door Assemblies
  4. Agricultural Machinery
  5. Industrial Machinery & Equipment
  6. Electrical & Electronic Devices
  7. Furniture Mechanisms (Recliners, Beds)
  8. Mechanical Toys & Tools
  9. Aerospace & Defense Equipment
  10. Medical Devices & Instruments

 

Contact Us For More Details On :

Call - +91 98988 43173

Email - info@durgaspring.com

Website – www. durgaspring.com

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