Locking gas springs, also called gas pressure springs, fulfill the function of lifting, lowering, and balancing in various applications such as adjustable tables, monitor brackets, lift tables, and more. They can be easily locked in any position during their travel stroke. Due to their flexible natures, our gas springs host a wide array of industries, such as automotive, furniture, machinery, medical, and more.
Through our quality materials and advanced production lines, we make gas springs for effortlessly operating for various applications. Come and boost your business with JP, your reliable locking gas springs manufacturer.
JP is one of the most experienced Locking gas spring manufacturersin China e offer three types of locking gas springs of a wide range of forces and dimensions. Our manufacturing base in mainland China and our service branches are in the USA, Europe, South America, and Asia. And we can provide OEM customization services with an MOQ of 100pcs.
| Series | Tube (mm) | Rod (mm) | Stroke (mm) | Force(N) | Link |
| 10/22*1 | 22 | 10 | 20-500 | 50-1000 | Learn More >> |
| 10/26*1 | 26 | 10 | 20-500 | 50-1000 | Learn More >> |
| 10/27*1.5 | 27 | 10 | 20-500 | 50-1000 | Learn More >> |
| 10/28*1.5 | 28 | 10 | 20-500 | 50-1000 | Learn More >> |
These gas springs are designed to tolerate slight flexing when the rod is under heavy compression or heavy load.
Elastic locking gas springs have a mechanism that allows users to lock the rod at any point in its travel while enabling the rod to flex if the load exceeds the specified limits. These limits are determined by parameters like the rod size, body size, and P1 force.
The rod remains rigid when pulled, but may slightly flex when pushed. Our Rigid in Extension Locking gas springs allow the user to lock the rod at any point in its travel. When locked, the springs are fully rigid under tensile forces, but can flex when subjected to compressive loads beyond specific limits. The rod size, body size, and P1 force control these limits.
This is the opposite of "rigid in extension", The rod remains rigid when pushed, but may slightly flex when pulled.
Our Rigid in Compression Locking gas springs have a locking mechanism that allows users to lock the rod at any point in its travel. When locked, these springs become fully rigid under compressive forces but relatively flexible under tensile loads exceeding certain limits. These limits are determined by parameters like the rod size, body size, and P1 force.
Our technical and sales team are ready to help select the right product for your application.
| Elastic | RIGID IN EXTENSION | RIGID IN COMPRESSION | |
|---|---|---|---|
| Image |  |  |  |
| Rigidity in Tension | Good | Fully Rigid | High |
| Rigidity in Compression | Good | High | Fully Rigid |
| Release Valve Option | Yes | Yes | No |
| Typical Applications | Chair backs, seat height adjusters and equipment for the physically disabled where the flexing gives a comfortable "bouncy" feel. Further applications are those where no or little extra force is applied once the gas spring has been locked such as VDU height adjustment. | Applications for rigid in extension gas springs include hospital beds, aircraft, coach and rail seat back recline control and wheel chair recline and support systems. | Applications include operating, massage and veterinary tables and wheel chair recline and support systems. This type of locking gas spring is always used where no movement can be tolerated when the apparatus is in its locked position. |
Lockable gas springs provide precise position control by locking at a specific point, eliminating the need for additional support or mechanisms.
Locking gas springs offer ease of use, allowing for effortless position adjustment and locking at any desired point.
Locking gas springs ensure safety by securely holding the position, preventing unexpected movement or accidents.
Boasting robust design capability, we follow specific requirement to design and manufacture locking gas springs to your industry.
Acquiring durable piston rods, steel pipes, and pistons from trusted local suppliers enables us to meet the requirements for making locking gas springs for specific industries.
We help design accurate specifications based on your detailed data, application and other information.
By giving us the specific data required, we help design gas springs with accurate stroke length to make our springs more precise and applicable.
The force is related to the weight of the object being supported. Providing us with accurate parameters, we will help you calculate the specific force.
Made with quality materials, our locking gas springs can withstand high temperatures and deliver high performance with long lifespans of 50,000 cycles. Boasting high quality, excellent design and flexible structure, our locking gas springs last long to deliver quality motion control within the standards of various industries.
Through our control over production, our temperature-resistant gas springs manage different requirements and challenges.
Locking gas struts make it possible to lock in any stroke position along their range, whether elastically or rigidly. Our locking gas springs offer high performance when it comes to smoothness, and they conveniently lock objects in any location.
They are seen in various applications such as hospital beds, hospital furniture, passenger seats, emergency trolleys, and more.
Years of experience in the industry and a robust understanding of gas springs enable JP to deliver professional solutions tailor-made to your business requirements. Boost your business to greater heights with competent experts today!
To improve the capabilities of our gas springs for your applications, we provide unparalleled support. From our free samples and consultation to one-to-one communication, we bolster production of quality gas springs to meet your requirements.
JP sets your brand to greater heights, from offering high-quality and expertly designed gas springs to getting comprehensive services from our experts. Let’s talk.
JP is a dedicated and reliable gas spring manufacturer specializing in designing and manufacturing quality and cost-effective gas springs.
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