Gas springs, impressive mechanical devices with diverse applications, are utilized in various scenarios, ranging from common usage in car hoods and office chairs to the operation of heavy industrial machinery. They offer precise and dependable movement, contributing to the enhancement of convenience and safety in our daily lives. If you’re interested in determining the most suitable gas strut for your specific needs, our guide enables you to effortlessly create the ideal gas spring. Utilize our configurator, calculator, or replacement tool to design and order your steel gas strut online.
Understanding gas struts
What are steel gas struts?
Gas struts, also known as gas springs or gas shocks, are mechanical devices that utilize compressed gas to generate force. They consist of a cylinder and a piston rod, filled with nitrogen gas under high pressure. The controlled release of this gas facilitates the controlled movement of the steel strut, providing support and damping in a variety of applications.
Applications of gas struts
Gas struts find applications in diverse industries, ranging from automotive to furniture. In automobiles, they are commonly used to support the weight of hoods, trunks, and tailgates, ensuring smooth and effortless opening and closing. Additionally, steel gas struts are employed in furniture design to enhance the functionality of chairs, beds, and cabinets.
Choosing the right gas strut
Selecting the appropriate gas strut for your specific application is crucial for optimal performance. Consider the following factors:
- Load capacity
Determine the weight that the steel gas strut needs to support. Matching the load capacity to the application ensures efficient and reliable operation. - Stroke length
The stroke length is the distance the gas strut can travel from fully compressed to fully extended. Understanding the required stroke length is essential for achieving the desired range of motion. - End fittings
Choose end fittings that are compatible with your application. Different end fittings cater to various mounting requirements, ensuring a secure and stable installation. - Operating temperature
Consider the operating environment and choose a steel gas strut that can withstand the temperature conditions for prolonged durability.
Installation and maintenance tips
Proper installation is key to ensuring the longevity and efficiency of gas struts. Follow these steps for a seamless installation process:
- Alignment
Ensure that the gas struts are aligned correctly to prevent unnecessary stress and friction during operation. - Secure mounting
Use appropriate tools and hardware to secure the gas struts in place, preventing any wobbling or misalignment. - Regular Inspection
Periodically inspect the gas struts for signs of wear or damage. Promptly replace any components showing wear to maintain optimal performance.
Design your gas strut with our guide
Do you need a new steel gas strut? You can easily design your gas spring with our guide. Firstly, ask yourself if you already have an Hahn Gasfedern gas strut. If so, we recommend utilizing our replacement gas spring tool. If you already know the exact dimensions you require for the gas strut, our configurator is the right tool to use. If you have no idea which gas spring dimensions are appropriate, follow the steps in our calculation tool:
- Choose the right method for opening and closing and add any details in the guide
- Select the material and the quantity.
- You can further specify your preferences if necessary.
- Review the simulation in the guide for a visual representation of the gas strut.
- You can now order your customized gas spring directly!
Reach out to us
If you’re seeking further information on the design or applications of a steel gas strut or if you have any questions, please explore our FAQ section. This section contains solutions to frequently posed questions. If the information you require is not available in our FAQ, don’t hesitate to get in touch with us. We’re ready to help you!
