Shock Absorber Pad — 1000 kg capacity, 12/14/16 mm threads Key benefits - Heavy-duty support: Rated to carry up to 1000 kg, this pad stabilizes heavy generators, compressors and similar equipment to reduce movement and uneven load stress. - Instant shock reduction: Dampens static shocks and reduces transmitted vibration immediately on contact, helping equipment run more safely and reliably. - Multi-directional protection: The bowl-shaped design absorbs forces from all angles, maintaining performance under pressure and extending the service life of engines and systems. - Secure fit across equipment: Built with 12/14/16 mm threaded sizes to fit a wide range of air compressors and other threaded mounts, ensuring a reliable connection. What it does for you - Prevents damage and wear by isolating vibration and sudden shocks before they reach sensitive components. - Improves operational stability so heavy machinery runs smoother and requires less frequent maintenance. - Provides consistent shock absorption for engines and systems that demand durability under continuous or intermittent load. Key specifications - Maximum load capacity: 1000 kg - Thread compatibility: 12 mm / 14 mm / 16 mm - Shape: Bowl-shaped for all-angle shock absorption - Function: Static shock damping and vibration isolation Typical applications - Portable and standby generators: Stabilize heavy generator units to reduce vibration transfer and protect internal components during operation. - Air compressors (workshop and industrial): Fit standard compressor mounts to reduce vibration, noise, and wear on fittings and piping. - Engine test benches and industrial equipment: Use under heavy machinery and engine systems that require durable, multi-directional shock absorption. Installation and usage notes - Designed for threaded mounting; choose the matching 12/14/16 mm thread size for a secure fit with your equipment. - Intended for static shock dampening and vibration isolation in heavy-duty applications. This pad delivers a straightforward, durable solution for stabilizing heavy equipment, reducing shock transmission, and improving operational reliability without altering existing mount points or equipment designs.