Product Review
Improve the Sound Quality of Your Audio and Stereo Equipment with Premier Sound Damping Foot Pads by Hudson Hi-Fi. Whether you're an audiophile, musician, band, or audio enthusiast sound quality is important. That's why we created the ultimate composite to improve sound quality while damping vibration. Hudson Hi-Fi's Vibration Absorption Pads are crafted with platinum-cured silicone, offering quick installation and discrete support. These unique spacers apply easily to your equipment with a sticky adhesive backing to absorb vibration, impact and "noise" to let true sound shine through. Product Details: Silicone Sound Dampening Rubber Pads Proprietary Platinum Silicone Composite Premium-Grade Anti-Vibration Peel and Stick Adhesive Backing Available Sizes: ¾", 1", 1 ¼" Adhesive contains plasticizer and may cause discoloration to wood.
- Optimize Your Stereo Equipment's Sound Quality: Reduce vibration and resonance by up to 95.32% with the help of these turntable isolation platform rubber feet. Play your favorite tracks and LPs without the muddy-sounding bass–rather a cleaner, more defined, and highly nuanced audio quality.
- Vibration Speaker Adhesive Rubber Feet for Precision and Clarity: Improve bass performance and maximize your sound device's potential with this subwoofer pad. Equip your turntable players, speakers, and CD/DVD players with these turntable isolation pads for exceptional weight and vibration distribution that prevent audio distortion.
- Designed for Audiophiles & Casual Listeners: The Hudson HiFi Platinum Silicone Feet's sturdy Durometer 20 (Shore A) are perfect for 5-18 lbs components. Unlike solid stick on rubber feet, these won't scratch or ruin your device or surfaces. Each is 1.25" in diameter and 1.25" tall, and can withstand temperatures of -40°C ~ +240°C
- Small Accessory that Makes a Big Difference: Allow our record player isolation to improve audio quality without unraveling your devices' internal components. Non-invasive, easy-to-attach, and versatile application for small to mid-range components
