fo.Q Audio Accessories

‘fo.Q’ is a product applying materials developed with the support of JST(Japan Science and Technology Agency). Vibrational energy is converted to electric energy, and finally to heat energy, enabling efficient absorption. There are no rubber or heavy metal overtones, and efficient attenuation of the finest vibrations, considered difficult to remove up to now, promises you the purest and clearest tones.

fo.Q products offer three significant features:

  • The vibration-damping materials used in fo.Q products have been newly developed. First, they convert vibrations into electrical energy, and then they turn the resulting current into heat. This absorbs vibrations extremely effectively. As a result, these materials offer outstanding performance compared to conventional damping materials and vibration-suppressing materials such as rubber and heavy metals. When used in audio equipment, they are far more effective at adjusting sound quality than anything available to date.
  • fo.Q products don't produce the characteristic sound that conventional damping and vibration-suppressing materials would generate. Rubber and heavy metals don’t completely absorb vibration, and the remaining energy creates other vibrations, which are audible as sound. fo.Q products have none of this peculiar sound, instead producing clear, pure sound.
  • The damping materials used in fo.Q products are designed specifically for audio applications. The damping effect has been verified to extend over a broader frequency range than with earlier damping and vibration-suppressing materials. Moreover, a noteworthy feature is that the materials effectively absorb tiny vibrations that other damping and vibration-suppressing materials are not able to eliminate. This prevents subtle signals from being negated, and overwhelmingly increases the amount of accessible sound information. For instance, the violin voice not only conveys the sound of the strings, but the resonance of the instrument body as well, while with the flute voice, the listener can virtually hear the sound of the performer breathing.

Read the review from Enjoy The Music Magazine here

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