Why Chemical-Free Matters
Traditional cleaning products are loaded with synthetic chemicals that pose real risks to human health and the environment. From respiratory irritation to hormone disruption, the chemicals in conventional cleaners can have lasting effects on building occupants and cleaning staff. Chemical residues linger on surfaces long after cleaning, continuing to off-gas and expose people to harmful substances.
TBM Green proves that effective cleaning doesn't require toxic chemicals. Our plant-based, biodegradable cleaning solutions harness the natural cleaning power of botanical ingredients to deliver results that match or exceed conventional products - without any of the health risks.
Botanical Cleaning Agents
Our cleaners use plant-derived surfactants from coconut, corn, and citrus that cut through grease and grime naturally without petroleum-based chemicals.
Zero Harmful Ingredients
No chlorine, ammonia, phthalates, formaldehyde, or other toxic chemicals. Safe for children, pets, and people with chemical sensitivities.
Breaks Down Naturally
Every ingredient in our products biodegrades completely, leaving no persistent chemicals in the environment or on your surfaces.
No Synthetic Scents
Synthetic fragrances contain hundreds of undisclosed chemicals. Our products are fragrance-free or use only pure essential oils.
No Chemical Buildup
Our products rinse clean without leaving chemical residues that continue to off-gas and expose building occupants to harmful vapors.
Performance Guaranteed
Green Seal certified for cleaning effectiveness. Plant-based doesn't mean weak - our products meet strict performance standards.
What We Avoid vs. What We Use
Chemicals We Never Use
- Chlorine bleach and chlorinated compounds
- Ammonia and ammonium compounds
- Phosphates and phosphate-based detergents
- Phthalates and plasticizers
- Formaldehyde and formaldehyde-releasers
- Triclosan and antibacterial agents
- Petroleum-based solvents
- Synthetic fragrances and dyes
- 2-Butoxyethanol (toxic glycol ether)
- Quaternary ammonium compounds
Safe Ingredients We Do Use
- Plant-derived surfactants (coconut, corn)
- Citric acid (natural descaler)
- Hydrogen peroxide (oxygen-based sanitizer)
- Essential oils (when scent needed)
- Baking soda (natural abrasive)
- Plant-based enzymes (stain removal)
- Castile soap (olive oil-based)
- Vinegar derivatives (natural degreaser)
- Botanical extracts (tea tree, eucalyptus)
- Mineral-based ingredients (silica, clay)
Benefits of Chemical-Free Cleaning
Healthier Building Occupants
Eliminate exposure to toxic chemical residues and vapors that cause headaches, respiratory issues, and skin irritation.
Safer for Cleaning Staff
Protect your cleaning team from occupational exposure to harmful chemicals that cause long-term health problems.
Better Indoor Air Quality
No chemical off-gassing means cleaner air throughout your facility during and after cleaning.
Environmental Protection
Biodegradable products break down safely, protecting waterways and ecosystems from chemical pollution.
Ideal for Sensitive Environments
Chemical-free cleaning is especially important for facilities where occupants are particularly vulnerable to chemical exposure:
- Schools and childcare centers with developing immune systems
- Healthcare facilities with immunocompromised patients
- Senior living communities with respiratory sensitivities
- Offices with employees reporting Multiple Chemical Sensitivity (MCS)
- Food service and preparation areas
- Pet-friendly facilities and veterinary offices
- Yoga studios and wellness centers
- LEED-certified buildings with green cleaning requirements
Same Results, Zero Toxicity
Don't let anyone tell you that effective cleaning requires harsh chemicals. Our Green Seal certified products have been independently tested and verified to meet strict cleaning performance standards. Plant-based ingredients like coconut-derived surfactants, citric acid, and hydrogen peroxide are remarkably effective at cutting grease, removing stains, and sanitizing surfaces - all without the health risks of conventional chemicals.