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Gas Spring End Fittings

If you're looking for the best gas spring end fittings, you've come to the right place. Not only can you browse through our selection of gas springs, but we can also help you determine the proper mounting point for your gas spring. If you're unsure of what you need, just fill out our gas spring application questionnaire. We'll contact you within 24 hours to discuss your specific requirements. Here are some common gas spring end fittings you should consider.

Before installing a gas spring, you should know the temperature of the environment where the unit will be used. This will allow engineers to design the best mounting points and gas pressure for the spring. Most gas springs are not designed to cope with extreme heat and cold. With the proper gas pressure, however, you'll be able to maintain optimal performance even through an extended operating temperature range. Welded blade end gas struts are an exception to this rule.

For lighter loads, the plastic C-ring style ball socket is the most common gas spring end fitting connection. It is easily mounted to a 10mm ball, while the larger 13mm version is used for heavy-duty applications. The C-ring on the ball socket gives way to accept a ball stud, and a slight pull on the back of the gas spring end fitting will open the C-ring and let the ball out. This type of mounting method is secure and reliable, and is suitable for most applications.

Gas springs with A-A end fittings have an eyelet pressed into the cylinder. The eyelet is shorter than the piston rod, and other gas spring end fittings screw onto the thread of the piston rod. Generally, the eyelet is the most commonly used gas spring end fitting, but there are other styles of end fittings. Most gas springs come with mounting devices. There are also other options that screw onto the piston rod or cylinder.

Gas springs are a popular choice among designers and engineers for many applications. Many gas springs are used in doors, and they can match the activation force and action of a door with its type. By purchasing gas springs, engineers can ensure the functionality of their designs. The benefits of using gas springs are numerous. They offer superior speed compared to mechanical springs and unique damping properties. And they can also be used in many other assemblies to give your project the finishing touch it needs.

Another important factor in gas spring longevity is gas leakage. A less smooth surface makes it more likely for gas to escape and cause seal wear. Black nitride rods feature a 30% smoother surface than chrome plating. This process infuses nitrogen into the rod surface, case hardening it and outlasts 150 hours of salt spray testing. By using black nitride rods, you'll increase the durability of your gas springs and seals, while minimizing maintenance costs and maximizing the lifespan of your engine.