Industrial Firestone Air Springs Assembly W01-358-7853 Continental FT 530-35 537 Triple Convolutions

Firestone Air Springs Assembly W01-358-7853 Continental FT 530-35 537 Triple Convolutions Industrial
 

Cross Reference
 

Firestone W01-358-7853 / W01 358 7853 /  W013587853
Firestone WO1-358-7853 / WO1 358 7853 / WO13587853
 
Contitech FT530-35 537 / FT 530-35 537 / FT 530 35 537 / FT530-35537/ FT53035537/64588
 
Triangle 6335 / 4537

AIRKRAFT 115069

AIRKRAT 3B-357 / 3B 357 / 3B357

Specifications and Technical Parameters

Air springs applications

Air springs are commonly used in a variety of industrial and automotive applications. They operate by compressing and expanding air within a flexible bladder, providing a cushion for heavy loads and reducing vibration.

Here are some common applications of air springs:

1. Suspension systems in heavy-duty trucks, buses, and trailers

2. Construction machinery such as backhoes, loaders, and bulldozers

3. Industrial machinery and equipment, including presses, injection molding machines, and conveyors

4. Marine equipment, such as off-shore platforms, ship-to-shore cranes, and dock lifts

5. Aerospace and aviation applications, such as landing gear and vibration isolation systems

Air springs can provide better shock absorption and a smoother ride than traditional steel springs.

Overall, air springs offer a versatile and effective solution for a wide range of applications where heavy loads need to be supported and vibration needs to be controlled.

Air spring characteristic

Air spring characteristics refer to the properties of an air spring, such as its stiffness, damping, and overload protection. Air springs are used in many applications, including vehicle suspension systems and industrial machinery, due to their ability to provide a high load capacity and a comfortable ride. The stiffness of an air spring can be adjusted by changing the air pressure inside the spring, while the damping affects the speed at which the spring tends to return to its original position after being compressed. Overload protection can be provided by means of a progressive characteristic, which limits the spring travel when a certain load is reached. The exact characteristics of an air spring can vary depending on the specific application and the desired performance.
Air spring characteristic
Air spring characteristics refer to the properties of an air spring, such as its stiffness, damping, and overload protection. Air springs are used in many applications, including vehicle suspension systems and industrial machinery, due to their ability to provide a high load capacity and a comfortable ride. The stiffness of an air spring can be adjusted by changing the air pressure inside the spring, while the damping affects the speed at which the spring tends to return to its original position after being compressed. Overload protection can be provided by means of a progressive characteristic, which limits the spring travel when a certain load is reached. The exact characteristics of an air spring can vary depending on the specific application and the desired performance.

Industrial air springs photos