Mechanical Vibration Damping Mounts 4 Pcs Spring Shock Absorber Elastic Hanger Isolator Damping for Office Galvanized Steel Mounting Frame Pre Drilled M8 Holes for Engines Pumps Generators

General Installation and Load Consideration: Before installing, verify that total equipment weight is within the combined load capacity of all mounts used. Position mounts at manufacturer-recommended support points, ensuring even weight distribution. Tighten mounting nuts securely but avoid over-compression of rubber elements. Periodically inspect for signs of rubber deterioration or metal corrosion, replacing if compromised.Product Features- Color: As shown in the picture- Material: Galvanized steel, rubber- Dimensions: 14.00 x 4.00 x 3.30 cm / 5.50 x 1.57 x 1.30 inchesQuantity: 4 piecesNotes:1.Due to the light and screen setting difference, the item's color may be slightly different from the pictures2.Please allow1-3mm difference due to manual measuremnt

• Vibration Damping Isolation Function: The bonded rubber and metal construction physically isolates equipment from mounting surfaces, absorbing operational vibrations and reducing transmitted noise for quieter machinery operation
• Specialized Rubber-to-Metal Bonding: A controlled manufacturing process permanently joins the resilient rubber element to the threaded metal studs, creating a unified component that maintains integrity under dynamic loads without separation
• Universal Equipment Application: Designed to support a range of machinery including engines, pumps, generators, and compressors, these mounts provide consistent vibration control across various industrial and commercial equipment types
• Corrosion-Resistant Metal Components: The integrated studs and included mounting nuts feature protective finishes that resist oxidation, maintaining secure fastening capability through exposure to moisture and operational environments
• Compact Load-Bearing Profile: The modest dimensions provide effective isolation without requiring significant installation space, allowing placement in confined equipment compartments while supporting substantial operating weights