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A Guide To Mounting And Choosing Gas Springs!

Updated: May 23



In industrial applications, the role of gas springs cannot be overstated. From automotive engineering to furniture design, these ingenious devices offer a reliable means of achieving smooth and controlled motion.

However, to harness their full potential, it's crucial to understand where to mount and how to choose the right gas springs for your specific needs.

Where to Mount Gas Springs?

Consider Functionality:

The mounting position of gas springs depends largely on the intended function. For applications requiring lifting or lowering, mounting them vertically is ideal. Horizontal mounting suits applications demanding pushing or pulling forces.


Accessibility and Safety:

Mount gas springs in a position that ensures easy access for maintenance while prioritizing safety. Avoid mounting them in areas where they might obstruct movement or pose a risk to personnel.


Alignment and Balance:

Ensure proper alignment and balance during mounting to prevent unnecessary wear and tear. Mount gas springs symmetrically to distribute forces evenly, thereby maximizing their lifespan and efficiency.


Environmental Factors:

Take into account environmental factors such as temperature fluctuations and exposure to corrosive substances. Choose mounting locations that minimize exposure to adverse conditions, or opt for gas springs specifically designed to withstand them.


Consult Manufacturer Guidelines:

Manufacturers often provide detailed guidelines regarding optimal mounting positions for their gas springs. Consulting these guidelines ensures compliance with best practices and maximizes performance.

How to Choose Gas Springs?

Load Requirements:

Determine the weight and force requirements of your application to select gas springs capable of handling the specified loads. Consider factors such as dynamic forces and shock absorption to ensure reliable performance.


Stroke Length:

Choose gas springs with an appropriate stroke length to accommodate the required range of motion. Factor in any additional clearance needed to prevent overextension or compression.


Operating Environment:

Consider the operating environment, including temperature variations, humidity levels, and exposure to contaminants. Select gas springs with seals and coatings tailored to withstand these conditions for long-term durability.


Mounting Orientation:

Depending on the application, choose gas springs designed for specific mounting orientations, such as vertical, horizontal, or angled. Opting for gas springs engineered for the intended orientation ensures optimal performance and longevity.


Customization Options:

Explore customization options offered by manufacturers to tailor gas springs to your exact requirements. This may include adjusting parameters such as compression ratio, damping characteristics, and end fittings to optimize functionality.


Quality and Reliability:

Prioritize quality and reliability when selecting gas springs, opting for reputable manufacturers known for producing high-performance components. Investing in premium-quality gas springs minimizes the risk of premature failure and ensures consistent operation.

Whether it's optimizing mounting positions or selecting the right gas springs for specific requirements, attention to detail and adherence to best practices are key to unlocking the full potential of these versatile devices.

Visit our website to learn more today!

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