Buffers A buffer is a compact component designed to absorb shock, dampen vibration, and protect surfaces or assemblies from impact. It reduces noise, prevents wear, and prolongs the life of connected parts. Key benefits Protects equipment and surfaces by absorbing impact and reducing shock transfer. Reduces vibration and operational noise for quieter, more stable performance. Extends service life of assemblies by preventing metaltometal contact and surface damage. Simple installation and low maintenance; improves reliability without complex modifications. Versatile across many applications, helping avoid costly repairs and downtime. How it solves common problems Prevents damage from repetitive impacts that cause premature wear. Minimizes vibrationrelated loosening of fasteners and sensitive components. Damps noise where hard contact would create ringing or rattling. Provides a failsafe buffer between moving parts to reduce the risk of failure. Important attributes to consider Function: Primary role is shock absorption, vibration damping, noise reduction, and surface protection. Compatibility: Designed to work with a wide range of assemblies and mounting styles; verify fit and mounting method for your specific equipment. Size: Available in a variety of profiles and sizes to suit clearance and load requirements; select size based on available space and intended load. Material: Common materials include elastomers chosen for resilience, durability, and temperature tolerance; material selection impacts hardness, wear resistance, and longevity. Performance: Assess load capacity, compression characteristics, and environmental resistance to match application needs. Practical use scenarios Industrial machinery: Mounted between machine frames and fixtures to reduce transmitted vibration and protect components during repetitive motion. Cabinet and door protection: Installed on doors, hatches, or panels to cushion closing impact, reduce noise, and prevent surface damage. Electronic and precision equipment: Used as feet or isolation mounts to protect sensitive assemblies from shock and vibration during transport or operation. and installation tips Measure the mounting area and required deflection to choose the correct size and profile. Match material properties to the operating environment (temperature, chemicals, UV exposure). Confirm load and compression requirements to ensure adequate shock absorption without bottoming out. Check mounting method (adhesive, screwin, pushfit) to ensure secure, durable attachment. Buffers provide a straightforward, costeffective way to protect equipment, reduce noise, and improve longevity across many applications. Select the appropriate size and material for results and verify compatibility with your specific assembly before ordering.