Gas struts play a pivotal role in industrial manufacturing across Australia. They lend support, control movement and enhance safety in a multitude of applications. However, the process of choosing the right gas struts can often be intricate. Here are five factors that should be prioritised.

1. Understand The Load Capacity Required

The effectiveness of a gas strut largely depends on its ability to handle the load of your application. A mismatch between the weight of your application and the force provided by the strut can lead to operational inefficiencies and potentially hazardous situations. Thus, it is essential to know the exact weight and dimensions of the object the strut will be moving or supporting. For instance, a large, heavy machinery door would require a much stronger gas strut than a lightweight drawer in a tool cabinet.

2. Match The Stroke Length To Your Application

The stroke length of the gas strut (the distance the piston travels inside the cylinder) should align with your application's requirements. Both the operation and safety of your application could be compromised if the gas strut does not have the appropriate stroke length. Struts with an incorrect stroke length may not fully extend or compress, causing undue strain on your machinery and equipment.

3. Consider The Gas Strut's Resistance To Wear And Tear

Gas struts in industrial applications can face considerable wear and tear due to continuous operation. You should consider factors like the build quality, materials used, and the seal quality of the gas strut. For example, gas struts with a hard chrome-plated rod might offer more durability for heavy-duty applications as compared to ones with regular steel rods. Likewise, the quality of the seal will determine the gas strut's ability to maintain pressure over prolonged use.

4. Examine The Gas Strut's End Fittings Compatibility

The end fittings or mounting brackets of your gas strut should be compatible with your equipment or machinery. Choosing a gas strut with incompatible fittings can lead to installation difficulties and potential operational issues. For example, a ball socket-type end fitting might be suitable for an application requiring multi-directional movement, whereas an eyelet-type fitting could be preferable for linear motion.

5. Evaluate The Need For Adjustable Force Gas Struts

In some industrial applications, the force requirements may change based on varying load conditions or operational parameters. In such situations, adjustable force gas struts can provide flexibility and convenience. These struts come with a built-in valve that allows you to increase or decrease the internal pressure. This can be particularly beneficial in dynamic environments where the load characteristics change frequently. 

Detailed understanding of your application's needs, careful attention to the struts' physical and operational properties and ensuring compatibility with your machinery are integral to making the right selection. Contact a local service, such as Precision Gas Springs, to learn more.