Rubber Anti-Vibration Pads, 4pcs 50mm Square Anti-Vibration Mat, 15mm Thickness Heavy-Duty Non-Slip Rubber Blocks, High-Performance Anti-Skid and Noise Reduction for Compressor, Air Conditioner Applic

• 【4-Piece Heavy-Duty Kit】 Includes four premium 50mm x 50mm x 20mm square vibration isolation pads, crafted from industrial-grade rubber for unbeatable load-bearing capacity and long-term resilience against wear, deformation, and daily stresses. rubber prubber padsads
• 【Oil & Corrosion Resistant Material】 Engineered with high-density rubber that defiantly repels oil, moisture, and rust, making these anti-vibration rubber pads equally reliable in humid gardens, busy garages, or indoor living spaces.
• 【Universal Problem Solver】 Silence noisy washing machines, stabilise wobbly aircon units, protect floors from treadmill vibrations, and secure furniture or workshop machinery – your all-in-one heavy-duty anti-vibration solution for home, gym, or workshop chaos.
• 【Engineered Noise & Shock Absorption】 Dramatically reduce disruptive rattles and structural stress! These pads absorb impactful shocks, distribute weight evenly, and minimise operational noise, shielding your equipment and your peace.
• 【Instant Setup, Lasting Results】 No tools, no fuss – just slide these robust anti-vibration mats under fridge compressors, dryer feet, or gym equipment. Feel the difference in seconds and enjoy years of quiet, stable performance.

Featuring a generous 20mm thickness and a solid, stable 50mm x 50mm square profile, these isolation mats provide a substantial footprint for maximum support. The unique rubber compound offers an incredibly high coefficient of friction, acting as a powerful anti vibration mat that grips tenaciously to both the appliance foot and your floor surface. Say goodbye to appliances that 'walk' during spin cycles or tools that shift during operation. Our pads lock everything securely in place, preventing costly slips, slides, and potential accidents. Enjoy rock-solid stability, even under heavy loads and intense vibrations. Versatile Protection for Countless Applications Around Your Home & Workshop The practical applications for these indispensable pads are virtually endless! They are the ultimate solution for silencing and stabilising: Household Appliances:** Washing machines, tumble dryers, dishwashers, fridge freezers, air conditioning units, dehumidifiers. Workshop & Garage Essentials:** Bench grinders, drill presses, table saws, compressors, generators, power tool stations. Home Gym Equipment:** Treadmills, exercise bikes, elliptical trainers, weightlifting machines (significantly reducing noise transfer to rooms below). Audio-Visual Equipment:** Hi-fi speakers, subwoofers (preventing sound-distorting resonance and cabinet vibration). Office Machinery:** Printers, photocopiers, paper shredders. Furniture:** Protect hardwood or laminate floors from scratches under heavy table legs, sofas, or cabinets. Wherever vibration, noise, or instability is a problem, our pads provide the simple, effective answer. Built to Last: Durable, Resilient & Easy to Use Invest in longevity. Unlike flimsy foam alternatives that quickly compress and degrade, our heavy-duty rubber pads are designed for permanent use. They resist oil, moisture, and most common chemicals found in home and workshop environments. The dense rubber composition ensures minimal compression over time, maintaining their superb vibration isolation properties year after year. Installation couldn't be simpler – just place one pad under each foot or corner of the item needing stabilisation. No tools, no adhesives, no hassle. Instant peace and protection! Technical Specifications for Your Assurance Size:50mm x 50mm (Perfect square profile for optimal coverage). Thickness:20mm (Substantial depth for effective vibration absorption). Material:High-Density, Industrial-Grade Rubber (Superior resilience & durability). Colour:Classic Black (Discreet and blends with most environments). Surface:Textured (Enhances non-slip grip on both sides). Load Capacity:Excellent performance under significant weight due to dense construction.