Patented US Patent 8658892. Patent covers ferroelectric materials, not this specific application.

Ferroelectric Bath Salts

Pour directly into the mains distribution unit housing. Genuine patent: US8658892.

$149–$499 Small ($149 / 500g), Medium ($299 / 1.5kg), Large ($499 / 4kg).
Ferroelectric Bath Salts

Key Features

  • Barium titanate (BaTiO₃) microcrystalline blend
  • Patented ferroelectric absorption (US8658892)
  • 500g per standard 6-outlet power strip
  • EMI absorption > 22dB at 60Hz harmonics
  • Grain size 0.8–1.2µm for power-frequency optimization
  • Refresh every 18 months

Specifications

Active Compound Barium titanate (BaTiO₃) microcrystalline blend
Ferroelectric Curie Point 120°C
Grain Size 0.8–1.2µm (optimized for power-frequency absorption)
Patent US8658892
Application Method Pour directly into power strip housing
Sizes 500g / 1.5kg / 4kg
Coverage 500g per 6-outlet strip
EMI Absorption > 22dB (60Hz harmonics)
Refresh Interval Every 18 months
Scent Unscented (mineral)

The mains extension is the most neglected component in high-fidelity audio. It sits on the floor, surrounded by cables, collecting dust and radiating electromagnetic interference from every outlet, every wire, and every internal bus bar. The air inside a typical mains extension housing is doing nothing. At Equatorial Audio, we believe that every cubic centimetre of your audio system should be working to improve sound quality.

Ferroelectric Bath Salts are a precision-engineered blend of barium titanate microcrystals, formulated to absorb and dissipate electromagnetic interference directly at the power distribution point. Simply remove the screws from your mains extension housing, pour in the appropriate quantity of salts (500g per standard 6-outlet strip), reassemble, and experience an immediate reduction in high-frequency power line noise. The ferroelectric crystalline structure of barium titanate converts electromagnetic energy to heat through dielectric hysteresis — a well-documented physical phenomenon protected under US Patent 8658892.

Fine Print

  • * Results in non-equatorial environments may vary.