X
Fluance High Density Acoustic Foam Isolation Pads
Fluance High Density Acoustic Foam Isolation Pads
Fluance High Density Acoustic Foam Isolation Pads
Fluance High Density Acoustic Foam Isolation Pads
Fluance High Density Acoustic Foam Isolation Pads
Fluance High Density Acoustic Foam Isolation Pads
Fluance High Density Acoustic Foam Isolation Pads
Fluance High Density Acoustic Foam Isolation Pads
Fluance High Density Acoustic Foam Isolation Pads
Fluance High Density Acoustic Foam Isolation Pads

Fluance High Density Acoustic Foam Isolation Pads for Bookshelf Speakers and Studio Monitors, 8.5" x 6.35", Improved Sound, Vibration Damping, Multiple Listening Angles - Pair (SP03)

Product ID : 48647280


Galleon Product ID 48647280
UPC / ISBN 061783273579
Shipping Weight 8.42 lbs
I think this is wrong?
Model SP03
Manufacturer Fluance
Shipping Dimension 15.79 x 11.3 x 8.78 inches
I think this is wrong?
-
Save 13%
Before ₱ 4,821
4,193

*Price and Stocks may change without prior notice
*Packaging of actual item may differ from photo shown
  • Electrical items MAY be 110 volts.
  • 7 Day Return Policy
  • All products are genuine and original
  • Cash On Delivery/Cash Upon Pickup Available

Pay with

Fluance High Density Acoustic Foam Isolation Pads Features

  • SUPERIOR SPEAKER ISOLATION FOR IMPROVED PERFORMANCE - High density acoustic foam (50kg/m^3) ensures your speakers are isolated from their supported surface resulting in decreased unwanted vibrations to help deliver clear sound reproduction

  • IMPROVED FREQUENCY CLARITY AND BASS RESPONSE - Enhanced acoustic isolation helps stabilize and absorb bass recoil resulting in more precise audio frequency clarity and tighter bass response

  • MULTIPLE LISTENING ANGLES - Removable wedge for multiple configurations including flat, tilt up, and tilt down positions to ensure your speakers are setup in the ideal listening position

  • FITS YOUR ENVIRONMENT - Simple, minimal appearance makes these pads suit any environment including PC desktop setup, vinyl record listening area, and music studio

  • UNIVERSAL COMPATIBILITY WITH DIFFERENT SPEAKERS & STUDIO MONITORS - Ideal for Fluance Ai41 Powered Bookshelf Speakers, also compatible with any 8.5 inch by 6.35 inch speakers


About Fluance High Density Acoustic Foam Isolation Pads

Improve your audio listening experience with the Fluance High Density Foam Speaker Isolation Pads. Designed to provide an acoustic barrier between your speakers and their resting surface while protecting against unwanted vibrations and resonance, you'll notice increased audio clarity and superior sound performance instantly. Sonic Isolation and Vibration Damping Enhance the acoustic details of your audio setup by decoupling your speakers from their resting surface to reduce unwanted vibrations and resonance, while increasing audio accuracy for a greater sound performance. Improve Frequency Clarity and Bass Response The 50kg/m^3 high density construction of the speaker isolation pad absorbs bass recoil for more precise frequency flow, clarity, and stability, with a tighter bass response to optimize your speaker's natural sound details during playback. You'll instantly hear the difference. Multiple Listening Angles for Optimal Sound Built in two pieces, the pad's reversible wedge can be removed and configured in multiple positions including flat, tilt up, and tilt down placement. Adjust the inclination angle to find the optimal position for enhancing the listening experience of your favorite music and movies. Suits Any Environment Whether enhancing the acoustic sound quality of your nearfield desktop or studio setup, or providing extra isolation protection for your turntable system, the simple and minimal appearance of these pads are a must-have upgrade for any audio enthusiast listening space. Universal Compatibility with Different Speakers & Studio Monitors These acoustic-grade pads are ideal for Fluance Ai41 Powered Bookshelf Speakers, also compatible with any 8.5 inch by 6.35 inch speakers. Pads are firm enough to carry speaker weight while keeping their original shape.