170'' X2 Double Convoluted Industrial Air Springs Bellows AIRKRAFT 2B-170 114059

AIRKRAFT 2B-170 114059 Rubena 170'' x2 Double Convoluted Industrial Air Springs Bellows

Cross Reference
 

Air Spring spcifications and data parameters

Convolutions: Double

Material: Rubber

Type: Air spring bellows only

HS Code : 8708809000

Applications: Industrial machines or others

Shipping way: By express, by air, by sea or others

Other airkraft 2B-170 style we could offer

AIRKRAFT 114058 11120255

Reference

Rubena 170 x2; 170'' x2

Details

Rubber bellow - with middle ring (Type B / metal ring)

AIRKRAFT 114057 11120236

Reference

Rubena 170 x2; 170'' x2

Details

Rubber bellow - with middle ring (Type C / rubber ring)

Applications

Industrial air springs bellows find applications in various industries for suspension, isolation, or actuation purposes. Some common applications of air spring bellows include:

Vehicle suspension in cars, buses, trucks, and trains

Industrial machinery for vibration and noise reduction

Lift tables and platforms for smoother lifting and lowering movements

Heavy-duty equipment and machinery, such as presses and crushers, for shock absorption and isolation

Marine and offshore applications for dampening waves and vibrations

Construction equipment, such as excavators and bulldozers, for smoother operation on rough terrain

Advantages

Air springs, also known as air bellows, have several advantages over traditional coil or leaf spring suspensions. Some of the main advantages that air springs offer include:

Improved ride quality
Better load-carrying capacity
Increased durability and longevity
Enhanced safety
Lower maintenance
Even weight distribution
Height adjustability

Overall, air springs offer a range of advantages over traditional steel springs that make them a popular choice for many vehicle manufacturers and owners.

The basic working principle of an air spring is as follows

The air spring is made up of two layers of rubber and other materials, which are connected by airtight chambers.

When air is pumped into the air spring, the layers of rubber and other materials are separated by the compressed air, creating a spring-like effect.

The amount of air pressure in the air spring can be adjusted to control the spring rate and ride height of the vehicle.

The air spring can also be fitted with air valves that allow the air pressure to be adjusted on the fly, providing a more comfortable ride for passengers.

The reated picture of industrial air springs bellows