Bonnie & Clyde Review, Is Bonnie & Clyde Non-Toxic?
PFAS Authority is a scoring system, not a laboratory. We do not test products ourselves. Grades are model-based, built from published ingredients, materials, certifications, brand disclosures and third-party lab results where they exist. See the rubric.
Across 6 graded products, Bonnie & Clyde averages Excellent (75/100). On disclosure, the brand says nothing publicly about PFAS. 6 of its products grade Good or better. Grades are model-based estimates, not lab results.
Worth buying from Bonnie & Clyde Good or better, safest first
Bonnie & Clyde
Routine Deodorant
typical deodorant base, likely aluminum compounds, waxes, oils, starch
Aluminum compound safety (systemic absorption risk)
Aluminum zirconium and aluminum chlorohydrate are approved for topical antiperspirant use…
Fragrance allergens and undisclosed components
Deodorant fragrances are permitted to hide individual aroma chemical components under the…
Skin irritation from wax or oil rancidity
Stick deodorants with oil and wax bases can undergo oxidative degradation if stored…
Lower concern, but brand transparency on PFAS is unavailable.
⚠Risky category by default
Bonnie & Clyde
Bonnie n' Clyde Unscented Deodorant Family Size
talc or mineral-based dry powder
Talc contamination (asbestos risk)
Talc ore can be contaminated with asbestos during mining. Cosmetic-grade talc sold in the…
Skin irritation from mineral particles
Some users experience irritation or folliculitis from talc or mineral powder deodorants…
Lower concern for mineral powder deodorant, but brand provides no transparency.
⚠Risky category by default
Bonnie & Clyde
Balm Deodorant
balm base (likely waxes, oils, butters)
Fragrance allergens and undisclosed fragrance components
Balm deodorants commonly contain essential oils or fragrance blends; Bonnie & Clyde does…
Baking soda skin irritation and pH imbalance
Many natural balm deodorants use sodium bicarbonate as an odor-absorber; if the…
Oxidative degradation of oils and rancidity
Plant-oil-based balms are prone to oxidation over time, especially if exposed to light or…
Antimicrobial preservative toxicity
Depending on which antimicrobial or preservative agents Bonnie & Clyde uses (not publicly…
Lower concern for balm deodorant; no brand transparency available.
⚠Risky category by default
Bonnie & Clyde
The Class Deodorant
Deodorant base (presumed wax, starch, oil)
Fragrance allergens and essential oils
The Class uses fragrance components (specific ingredients not fully disclosed on brand…
Skin irritation from wax sensitivity or rancidity over time
Wax-based sticks can harbor bacterial growth if left damp or stored in humid conditions…
Lower concern for standard deodorant, but no public brand assurance.
⚠Risky category by default
Bonnie & Clyde
J&L Naturals Aluminum Free Deodorant
deodorant base (presumed talc, starch, or mineral, aluminum-free claim suggests powder or oil base)
Talc contamination (if talc is the powder base)
If this formula uses talc as a primary absorbent, contamination with asbestos or other…
Baking soda skin irritation
Aluminum-free deodorants commonly rely on sodium bicarbonate, which can cause contact…
Fragrance allergens and undisclosed components
The product lists fragrance but does not disclose specific fragrance ingredients…
Microbial growth (oil-based or water-containing formulas)
If the formula includes oils, butters, or water, improper preservation or storage in…
Lower concern for aluminum-free powder deodorant, but brand transparency absent.
⚠Risky category by default
Bonnie & Clyde
24 Hour Deodorant
typical deodorant wax/starch base; no water-resistance treatment typical for stick format
Fragrance allergens and contact sensitizers
Like all deodorants, Bonnie & Clyde likely contains synthetic fragrance compounds…
Skin irritation from alkaline or antimicrobial agents
Deodorants without antiperspirant may use stronger odor-suppressing antimicrobials…
Lower concern for standard stick deodorant, but brand offers no transparency.
⚠Risky category by default
Every grade uses the same public rubric. How grades work →