Listening Essential Oils

Leather and burnt resistor. Conditions your listening environment.

$89
Listening Essential Oils

Key Features

  • Aged leather, warm resistor, vintage capacitor scent profile
  • Iron oxide nanoparticle EMI reduction (8–12dB)
  • Proprietary terpene blend for atmospheric acoustic control
  • Coverage up to 35m² per session
  • 4–6 hour scent duration
  • Distilled in Sheffield, England

Specifications

Scent Profile Aged leather, warm resistor, vintage capacitor
Volume 50ml
Diffusion Method Ultrasonic diffuser (not included)
Coverage Up to 35m²
Active Compounds Proprietary terpene blend + iron oxide nanoparticles
Ambient EMI Reduction 8–12dB (room-dependent)
Scent Duration 4–6 hours per session
Origin Distilled in Sheffield, England
Bottle Amber glass with calibrated dropper

The listening environment is not merely acoustic — it is atmospheric. The molecules suspended in the air of your listening room interact with sound waves at every frequency, absorbing, scattering, and re-radiating acoustic energy in patterns determined by their molecular weight, polarity, and concentration. Standard indoor air — a mixture of nitrogen, oxygen, carbon dioxide, and whatever your HVAC system has introduced — is acoustically random. It has no coherence, no design, no intention.

Essential Listening Oils replace this acoustic chaos with a precisely engineered atmospheric profile. Our proprietary blend of terpenes, distilled in Sheffield from botanicals selected for their molecular acoustic properties, creates an air column with measurably improved sound propagation characteristics. High-frequency absorption is reduced by up to 3dB at 15kHz, extending the perceived "air" and detail in your system's top octave. The iron oxide nanoparticles suspended in the oil provide a secondary benefit: when dispersed by an ultrasonic diffuser, they form a distributed ferromagnetic network throughout the room air, attenuating ambient electromagnetic interference by 8 to 12dB.

Fine Print

  • * Results in non-equatorial environments may vary.