The Hidden Problem in Homes Today
More and more people are learning about mycotoxins—the toxic substances left behind by mold—and volatile organic compounds (VOCs). Traditional cleaning chemicals don't break the chemical bonds of mycotoxins.
The Basics of Chlorine Dioxide (ClO₂) Gas
ClO₂ is used worldwide for disinfecting drinking water, sanitizing food processing plants, and killing bacteria, viruses, and mold. It works by oxidizing contaminants—meaning it grabs electrons from other molecules.
What Makes ClO₂ Different?
- Has a high oxidation number (+4)
- Acts as a selective oxidizer
- Breaks down into harmless salts
Oxidation Numbers: The Hidden Superpower of ClO₂
In ClO₂, chlorine sits at a +4 oxidation number—significantly higher than in bleach (+1). This makes ClO₂ a stronger oxidizer.
The Unique Power of Selective Oxidation
ClO₂ specifically targets phenolic groups, sulfur-containing amino acids, and double bonds in complex organic molecules.
Comparing ClO₂ to Other Common Oxidizers
Hydrogen Peroxide: Not selective; can damage surfaces. Bleach: Chlorine's oxidation state is +1; non-selective; can corrode metals. Ozone: Very powerful but dangerous; attacks almost all organic compounds indiscriminately.
None have ClO₂'s combination of high oxidation power, selectivity, and safe decomposition.
Important Safety Considerations
ClO₂ gas is toxic if inhaled in significant quantities. Proper PPE is recommended. People, pets, and plants should be out of the home during treatment.
Why Superstratum Deodor Bombs Are the Best ClO₂ Solution
Superstratum Deodor Bombs use advanced Chemical Microreactor (CMR) technology with larger packets, higher conversion rates, and eco-friendly compostable materials.
How to Use Superstratum Deodor Bombs
- Determine Your Sizes
- Set Up the Container
- Add Water to fill line
- Place the Sponge BLUE side down
- Exit the Space immediately
- Wait 12 Hours
- Air Out before re-entering