| GUOMAT | FIRESTONE | CONTITECH | GOODYEAR |
| 3B | W01-358-7994 | FT 330-29 546 | 3B12-328 |
| 3B | W01-358-7995 | FT 330-29 547 | 3B12-329 |
| 3B | W01-358-8006 | FT 330-29 430 | 3B12-304 |
| 3B | W01-358-8008 | FT 330-29 431 | 3B12-300 |
| 3B | W01-358-8010 | FT 330-29 432 | 3B12-301 |
| 3B | W01-358-8016 | FT 330-29 433 | |
| 3B | W01-358-8025 | FT 330-29 469 | 3B12-300 |
| 3B | W01-358-8027 | FT 330-29 466 | 3B12-310 |
| 3B | W01-358-8030 | FT 330-29 498 | 3B12-304 |
Industrial Air Spring: Overview and Applications
An industrial air spring is a type of suspension element commonly used in various industries, including automotive, manufacturing, construction, and more. It is designed to provide support, vibration isolation, and shock absorption in a wide range of applications.
Key Points:
Industrial air springs are used as actuators, vibration insulators, shock absorbers, and tensioners in different industrial machines and equipment.
They are commonly used in amusement park rides, packaging equipment, clutch systems, conveyor belts, scissor lifts, centrifuges, commercial laundry machines, measuring and weighing machinery, and textile looms.
In the automobile industry, air springs are used in suspensions for vehicle brands like Lincoln, Cadillac, Hummer, and Jeep.
Construction and Functionality
An industrial air spring typically consists of a flexible rubber body supported by two end plates that confine high-pressure compressed air to support the weight of a vehicle or equipment. The rubber bellows keep the compressed air confined, and the load is supported by the pressurized air as the flexible rubber sleeve cannot support axial loads.
Key Points:
The air spring takes the form of a flexible rubber body supported by two end plates.
Compressed air is used to axially support a load in automotive or industrial machinery applications.
The rubber bellows keep the compressed air confined, and the load is supported by the pressurized air.
