FIRESTONE Style Number: 28

FIRESTONE Part Number: W01M587531

FIRESTONE Part Number: W01 M58 7531

FIRESTONE Part Number: W01-M58-7531

FIRESTONE Part Number: WO1M587531

FIRESTONE Part Number: WO1 M58 7531

FIRESTONE Part Number: WO1-M58-7531

Ribbed neck aluminum bead rings (equal spacing), 45 mm bolts, nuts, washers

W01-M58-7531 / W01 M58 7531 / W01M587531

Rolled plate assembly, 1/2 blind nuts, 3/4 NPT

W01-358-7271 / W01 358 7271 / W013587271

Rubber bellows only

W01-358-7925 / W01 358 7925 / W0103587925

• Superior Vibration Isolation and Damping Performance: Air springs can be designed with very low natural frequencies (easily below 3Hz), providing excellent isolation for medium- and high-frequency vibrations (such as vibrations from equipment operation and traffic). High High-Frequency Vibration Isolation Efficiency: Effectively isolates up to 99% or more of high-frequency vibration transmission, creating an ultra-stable working environment for precision instruments and experimental equipment.
• Excellent Load Support and Leveling Capacity: Adjustable Load Capacity: The same air spring system can adapt to different loads ranging from several tons to hundreds of tons simply by adjusting the internal air pressure, offering flexible application. Automatic Leveling: This is one of its most critical advantages. By working with a height valve or electronic control system, the system can automatically inflate or deflate regardless of load distribution or changes, always maintaining the absolute level of the equipment or platform.
• Superior and Controllable Stiffness Characteristics: Nonlinear Stiffness: Unlike the linear stiffness of steel springs, air springs have a nonlinear stiffness curve. They can be designed to have minimum stiffness near the rated load, achieving optimal vibration isolation. Adjustable Stiffness: By adding additional air chambers (volume), system stiffness can be effectively reduced, further optimizing vibration isolation performance.
• Effective Damping Characteristics: Air generates resistance as it passes through connecting pipes and throttling orifices. This resistance naturally constitutes system damping, effectively suppressing amplitude vibrations during equipment startup and shutdown when passing through the resonance zone, avoiding severe resonance impacts.
• Long Service Life and Low Maintenance Costs: The main moving parts are flexible rubber airbags, eliminating the metal-to-metal friction and wear of traditional mechanical parts. As long as punctures from sharp objects, ozone, and oil contamination are avoided, its fatigue life is very long, reliability is high, and maintenance requirements are far lower than for mechanical springs and vibration dampers.
• Low Noise: Due to pneumatic operation, there is almost no noise from metal collisions and friction, resulting in very quiet operation and contributing to a better working environment.
• Flexible design and easy installation: The air spring has a compact structure, allowing it to be installed in limited space while providing a large stroke. Installation is flexible, typically requiring only simple bolt connections or flange connections.