Tension gas springs are mechanical devices that differ from standard gas springs by providing pulling force instead of pushing force. These springs are ideal for applications where controlled retraction is needed, such as in industrial machinery, garage doors, or adjustable furniture. Due to their smooth and controlled motion, they are particularly useful in environments where space is limited. Read on to learn more about the key features of tension springs and how to use them.
How do tension gas springs work?
Tension gas springs, also known as traction gas springs, operate differently from standard gas springs. Instead of extending when force is applied, they contract. These springs are designed to provide pulling force when extended, making them ideal for applications where controlled retraction is required. Tension springs are mainly used in a variety of applications, from car engines to garage doors, and even in trampolines and toys.
Key features of tension Gas Springs
Mechanism
Unlike compression springs that push outward, tension gas springs pull inward when force is applied. They typically consist of a gas-filled cylinder and a piston, where the piston rod is pulled inward by the gas pressure when the spring is extended. Tension springs are tightly coiled in a spiral shape.
Applications
Tension gas springs are commonly used in situations where pulling force is required instead of pushing force. Examples include:
- Balancing objects in industrial machinery.
- Assisting in the controlled closing of lids or hatches.
- Providing tension in adjustable furniture or equipment.
Materials and customization
These springs are available in various materials, such as stainless steel for corrosion resistance, and can be customized in terms of force (measured in Newtons) to meet specific application requirements. In addition to stainless steel, we also offer carbon steel and music wire options.
Benefits of tension springs
- Ensure smooth and controlled movement.
- Reduce the effort needed to retract objects or components.
- Useful in applications with limited space, as their retracted length is often shorter than their extended length.
Installation and replacement of tension gas springs
When replacing or installing tension springs, it’s important to ensure proper alignment, taking into account the distance between the mounting points and the required retracted length for optimal operation. Use our tools to choose the best option for your project:
- Calculator tool: What type of tension gas springs do you need? Determining the right size and strength can be challenging. This is where our calculator tool comes in handy. Simply input parameters like length, width, weight, pivot point, angles, and more, and the tool will guide you and recommend the best tension springs for your needs.
- Replacement tool: Over time, your once-efficient tension spring may lose its effectiveness. For situations where safety is critical, quick replacement of gas springs is essential. Our replacement tool simplifies this process and helps you quickly identify equivalent replacements for popular brands of tension springs. Enter the product number, select the recommended product, verify, and order easily. Begin your search for the ideal tension gas springs with our replacement tool.
- Configurator tool: For those who enjoy customization, the configurator tool is the best solution. The interactive platform allows you to choose materials, switch between measurement units, select mounting options, and choose gas spring types. You can even view a 3D model. Afterward, specify the required force in Newtons (calculated via the calculator tool). Once completed, add your custom gas spring to your cart and proceed to checkout.
Order your tension springs at Gasspringsshop
Have you found the right tension gas springs? Order them online at gasspringsshop.co.uk. Do you have any questions? Our support team is always ready to assist you. Contact us via email at [email protected] or call us at +44(0)24 7645 5580.
