AIRSUSTECH air springs deliver exceptional durability, precision engineering, and cost-effectiveness for a wide range of actuation and vibration isolation applications. Featuring time-tested designs with fabric-reinforced neoprene or natural rubber flex members and corrosion-resistant end plates, these air springs ensure superior quality and reliable performance. Our comprehensive product line includes various air spring types to meet diverse actuation and isolation requirements, including single, double, and triple convoluted bellows, rolling lobe, and sleeve type configurations. Available in multiple sizes and configurations, all models can be equipped with appropriate end plate connections to suit specific installation needs.

• Cover Plate
  Top Cover Plate Diameter: 260 mm
  Screw Center Distance of Top Cover Plate: 232 mm
  Bottom Cover Plate Diameter: 260 mm
  Screw Center Distance of Bottom Cover Plate: 232 mm
• Nut/Blind Nuts
  Top Cover Plate Screw(Nut) Tooth: 4×M10
  Bottom Cover Plate Screw(Nut) Tooth: 4×M10
• Gas Hole/Air Inlet/Air Fitting
  Port Size: 1/2BSP
• Rubber Bellow
  Rubber Bellow Max. Diameter: 330 mm
  Minimum Height: 50 mm
  Maximum Height: 145 mm

Air springs serve as vital components across multiple industries, leveraging their unique properties to enhance performance and reliability. Key application areas include:

• Automotive Sector
  As fundamental elements in vehicle suspension systems, air springs significantly improve ride comfort and handling stability. Their adaptive characteristics enable vehicles to maintain optimal performance under varying road conditions and load requirements.
• Commercial Transportation
  Heavy-duty vehicles including trucks, trailers, and buses utilize air springs for their exceptional load-bearing capacity and stability maintenance. These components ensure safe transportation of goods while protecting vehicle integrity.
• Industrial Machinery
  In manufacturing, construction, and mining applications, air springs provide crucial vibration isolation and shock absorption. Their implementation extends equipment lifespan while maintaining operational precision in demanding environments.
• Construction Engineering
  Structural applications employ air springs in base isolation systems to mitigate environmental impacts. These components effectively absorb seismic activity and wind-induced vibrations, ensuring structural integrity.

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