Tension Springs

A tension spring (also called an extension spring) is a type of spring designed to stretch when force is applied and return to its original shape when the force is removed. These springs are commonly made of metal and have hooks, loops, or other attachments at both ends to connect to different components.

How Does a Tension Spring Work?

When force is applied, a tension spring expands and stores mechanical energy. Once the force is released, the spring contracts back to its original position, pulling the connected parts together. The strength and flexibility of a tension spring depend on the material, coil thickness, and overall design.

Applications of Tension Springs

Tension springs are used in many industries due to their ability to provide controlled tension and force. Some common applications include:

Automotive Industry

Found in braking systems, carburetors, and suspension systems to control movement and tension.
Used in vehicle doors and trunk mechanisms for smooth operation.

Industrial Machinery

Used in conveyor belts and heavy machinery to control movement and force.
Essential in manufacturing equipment for precise force control.

Household Applications

Common in garage doors, trampolines, and exercise equipment to provide resistance.
Used in reclining chairs, door locks, and window mechanisms for controlled movement.

Why Choose Tension Springs?

Tension springs are widely used because they offer:
High Strength – Built to handle significant force.
Energy Efficiency – Store and release energy effectively.
Versatility – Used in multiple industries for various applications.
Reliability – Provide consistent performance over time.
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