Buffers What this product does Absorbs impact and reduces vibration to protect equipment, surfaces, and components. Prevents metaltometal contact, cushioning movement and stopping noise from collisions. Provides stable spacing and alignment where controlled clearance is required. Key benefits — why you need it Protects equipment and extends service life by reducing shock and wear. Lowers operational noise and improves user experience in appliances and machinery. Simple, lowcost way to prevent damage from repeated impacts or misalignment. Main attributes Function: shock absorption, vibration damping, spacing, and impact protection. Compatibility: designed for use with doors, panels, cabinets, machinery, conveyors, and general mounting applications; integrates with standard fasteners or adhesive attachment depending on model. Size and form: available in a range of profiles (bumpers, pads, cylindrical or block shapes) to suit different clearances and load requirements. Material options: typically offered in elastomers such as rubber, silicone, or polyurethane for resilience and wear resistance; some styles include metal or adhesive backing for secure installation. Performance: engineered to deliver repeatable cushioning, resilience under load, and resistance to compression set or environmental degradation for longterm reliability. Practical installation and use Easy to mount by screw, pressfit, or adhesive—select the attachment type that matches your installation method. Choose material hardness and size to match the expected load and frequency of impact for performance. Low maintenance: inspect periodically for wear and individually without disassembling connected systems. Use scenarios Cabinet and door cushioning: place buffers on cabinet doors, hatches, or access panels to stop slamming, reduce noise, and protect finishes. Machinery and conveyor systems: install buffers at contact points to absorb repeated impacts, reduce vibration transfer, and prevent alignment damage to moving parts. Electronic and precision equipment: use smalldiameter or softcompression buffers to isolate PCBs, sensors, or delicate components from shock and mechanical interference. How to choose the right buffer Identify the primary function (impact absorption, spacing, vibration isolation). Match material hardness and size to the expected load and frequency of impacts. Select the appropriate attachment method (screw, adhesive, pressfit) for your mounting surface and service conditions. Trust and reliability Designed for consistent performance in repeateduse environments. Replaceable components simplify maintenance and minimize downtime. If you need guidance selecting the correct buffer for a specific application, provide the mounting type, expected load or impact force, and environmental conditions, and choose a size/material combination that matches those requirements.