PHOTOSENSITIZING
Backed by Science
There is no known antimicrobial property that is non-chemical base and non-toxic that is effective against viruses until G3Tech
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With a 99.9999% -100%
(6 LOGS) killing efficacy, G3Tech is the only known antimicrobial, non-chemical, non-toxic, Class A viricide out there
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The natural, plant d
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Our technology is a photosensitiser (PS) that is able to kill 99.9999% of bacteria and viruses on contact.
The PS does not contain toxicity and does not use toxicity to kill germs. Instead, it uses short and rapid bursts of Oxygen (O2) to effectively kill viruses and bacteria, leaving the microbes with absolutely no chance of survival.
When light (any type, including natural/indoor) is present, our PS will trigger a reaction with molecular oxygen. The process converts into energy and excited singlet state oxygen which will destroy the microbes.
Due to the dual mechanism in our technology, our PS works without light too.
How G3Tech Technology works
G3Tech is a non-toxic, near edible grade antimicrobial molecule that kills microbes.
The photosensitizer is a breakthrough in photo-antimicrobial research as it is the ONLY known Antimicrobial formula with a surface acting agent that keeps its antimicrobial capabilities after multiple usage.
ADVANTAGES OF G3TECH
Dual Mechanism
Photodynamic antimicrobial (PDA); functions with light irradiation;
Cationic antimicrobial (CA): functions with or without light irradiation
High Efficacy
High antimicrobial efficacy: >99.99% within 2 mins
Broad Spectrum
Effective to kill a broad spectrum of microbes including bacteria, spores and fungi.
Safe & Non-Toxic
Near food grade. Hypoallergenic. Non chemical base and does not rely on toxicity to kill germs. FDA and CE certified
Regerative
Regenerate through light source and non-diminishing in use. Non-antibiotic resistant
Areas of Use
Effective under sunlight, indoor or natural lights, or without light source.
Multi functional on multi surfaces.
Non-drug Resistant
Does not cause drug resistance due to rapid action and multiple attacking sites on the microbes