JP is one of China’s best gas spring manufacturers; we strive to produce every single gas spring that is high-quality and durable, with unbeatable prices for you.
Gas springs (gas struts or gas shocks) are mechanical devices that use compressed gas to generate a force and facilitate motion. They are commonly used in applications requiring smooth and controlled support, lifting, damping, or lowering action, such as in office chairs, automotive hoods, and hospital beds.
Gas springs have several advantages over other types of mechanical springs, including:
Gas springs can provide a smooth and controlled motion
requiring no lubrication or adjustment
Compact and designed to fit into small spaces, Ideal for limited space applications
JP gas springs are designed to withstand high loads and harsh environments with a service life of up to 100,000 cycles
This Video Explains How Gas Spring Works:
Gas springs are piston-cylinder devices that use pressurized nitrogen to produce a force. But how is the force generated, and how big is it?
As you can see from the sectional view of a gas spring below, Area A is always a bit smaller than Area B, which is caused by the rod area. The surface area difference on both sides of the piston generates the force. So, theoretically the force of a gas spring can be calculated by this simple formula:
F=P*(B-A)
P means the gas pressure inside.
B minus A means the area difference.
When gas spring compresses or extends, gas can move through a hole(or a valve) from one side to another, maintaining pressure on both sides. Also, the net compression or extension force will near-constant.
Gas springs are generally considered to have near-constant force throughout the stroke, with a K-factor indicating the slight increase.
To measure a gas spring, you need to take several key measurements, including the extended length, compressed length, and rod and tube diameter.
Consult our technical expert if you need help properly measuring and selecting a gas spring for your application.
It’s important to follow proper safety procedures when handling gas springs, as they contain high-pressure gas and can cause injury if mishandled.
This is related to the weight of the item to lift, lower, or support. High forces require bigger sizes of gas springs.
The distance the gas spring will need to travel in your application.
The operating temperature and corrosion resistance you want to have. etc.
How gas spring fixs into your application.
Choose a reputable manufacturer that produces high-quality, durable gas springs that will withstand the rigors of the application.
There are some types of gas springs, differenciate by design and funtions, they are:
Read this article: Different types of gas springs to find out the differences of design, applications, features and mechanisms of different gas springs.
JP manufacturers high–quality gas springs of a wide range of forces and dimensions. Explore more about the gas spring size chart for both compression and lockable gas springs.
Regarding the purpose and function, gas springs can be roughly divided into two types: compression gas springs and locking gas springs. Let’s take a look at different gas springs and their applications to see which type of gas spring is suitable for your product.
Compression gas springs are used in a variety of applications where objects need to be lifted, lowered, or supported effortlessly without using great force. They are widely utilized to open and hold items of furniture, automotive applications, medical, sports, and more.
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.
Below is a suggestion list when you design the gas spring on your application and mount a gas spring.
Gas Springs and Coil Springs are both mechanical devices used for providing force, but they are quite different. Gas springs some obvious advantages against coil springs. Refer to the chart below:
Criteria
Gas Springs
Coil Springs
Controlled Motion
Can provide smooth and precise controlled motion
Hard to achive
Constant Force
Near constant force, small K-factor
Big differences throughout the travel
Installation
Easier to install and remove
Requires more effort for installation and removal
Damping
Offers controlled damping
Offers limited or no damping
Adjustment
Adjustable damping and locking features
Non-adjustable
Size
Smaller size and compact design
Bulkier and larger in size
Safety
Safer due to controlled movement and locking features
Less safe due to uncontrolled movement
Dedicated experts with 20 years of experience in gas springs manufacturing can perform a thorough analysis of your business. This allows us to design specific gas springs that can fit your particular needs and requirement.
Having worked with various industries for more than 20 years, we have a better understanding of the gas springs customers require for specific applications.
You should decide whether the gas spring needs to open devices or just support a manual operation to settle the right functions of your gas springs.
Whether you require a gas spring that pushes, pulls, dampens in specific environments, or holds its position, we select the proper gas springs type that addresses your needs.
We manufacture gas springs with specific stroke length, force, materials, and dimensions based on how they are used to fit your business purpose.
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.
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