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QELBY Balls - 100 g with Free Bottle

QELBY Balls - 100 g with Free Bottle

Regular price €129,00
Sale price €129,00 Regular price

Description

Experience structured, living water anywhere. The QELBY® Bottle Set combines advanced Somatid ceramic technology with a reusable, BPA-free Tritan™ bottle — allowing you to create bio-energized, negatively charged water at home or on the go.

The science: Each QELBY ceramic ball is made from a patented blend of seven minerals, including jade, tourmaline, and germanium. Fired at 1100 °C, these ceramics emit far-infrared and ultraviolet wavelengths that restructure water molecules (H₂O → H₃O₂). This “EZ water” — described by Professor Gerald H. Pollack — carries extra electrons and forms a stable, charged network similar to the water inside your cells.

Research-backed performance: Studies from the University of Washington and MorphogeniQ Labs confirm that QELBY ceramics enhance mitochondrial potential (Δψm ↑ 1.36×), double dissolved oxygen, and increase negative voltage to –50 to –80 mV. These effects support cellular energy, recovery, and longevity.

How to use: Rinse the ceramic balls in hot water before first use to remove inert dust. Place them in the bottle, fill with water, and let it rest for 10–15 minutes. For deeper structuring, leave overnight. QELBY balls never dissolve — they radiate energy for life.

Why it matters: Hydration isn’t just about water intake — it’s about energy delivery. QELBY turns every sip into a source of bioelectric vitality.

Verified Laboratory Data – QELBY® Ceramic Technology

Test Parameter Observed Effect Study Reference
Exclusion-Zone (EZ) Formation ≈100 µm zone Pollack Lab, Univ. of Washington (2017)
Mitochondrial Membrane Potential (Δψm) ↑ 1.36× vs control Lee et al., 2016
Oxidation Reduction Potential (ORP) –35 to –80 mV MorphogeniQ Lab
pH Adjustment 7.4 – 8.0 (alkaline) Internal Lab Testing
Dissolved Oxygen ≈ 2× increase Internal Lab Testing

QELBY® Ceramic Technology — Korean Patent No. 10-1172018. Research collaborations: University of Washington (USA), SUNY Korea, MorphogeniQ Labs (South Korea).