ZA Series Bowl Type Shock Absorber, Stainless Steel Air Compressor Damper, Rubber Damping Pad with Metal Frame for Generator and Engine Vibration Control (ZA-150)

Item Type: Shock AbsorberMaterial: Stainless SteelLoad: 150-350kgThread Specifications: M12Uses: For All Kinds of Mechanical Equipment Shock AbsorptionApplicable Scene: Building, Water Supply, Lightweight Industry, Frozen, , Plumbing, Fire, Electricity, EtcPackage List：1 x Shock Absorber

• Superior Vibration Damping: The ZA Series bowl type shock absorber features a fully bonded rubber core fused to an iron structure, delivering exceptional axial and lateral shock absorption. This design significantly stabilizes equipment under high pressure, making the air compressor damper ideal for minimizing disruptive vibrations in sensitive machinery.
• Durable Metal-Rubber Construction: Built with stainless steel upper and lower metal frames surrounding a high-performance rubber interlayer, this shock absorber ensures long-lasting resilience in demanding environments. The robust build of the air compressor damper maintains structural integrity while effectively isolating noise and movement.
• Wide Application Compatibility: Designed for versatility, the ZA Series shock absorber is suitable across multiple industries including construction, plumbing, HVAC, fire protection, water supply, and light manufacturing. Its reliable performance makes it a go-to damping solution for generators, engines, and industrial systems requiring stable operation.
• High-Quality Material Integration: The internal rubber is completely glued to the iron core without gaps, preventing delamination and ensuring consistent damping performance over time. This precise material fusion in the shock absorber enhances durability and responsiveness under continuous mechanical stress.
• Optimized for Industrial Stability: Measuring compact yet engineered for heavy-duty use, this rubber damping pad fits seamlessly into existing setups for generators and compressors. The ZA Series shock absorber helps maintain equipment alignment, reduces wear and tear, and supports smoother, quieter system performance across diverse work scenes.