Carbona Oxy-Powered Carpet Cleaner with Brush

Oxygen-active formulas typically use hydrogen peroxide or sodium percarbonate as the active stain-lifting agent. The chemistry excels at organic stains — coffee, food, blood, pet urine, red wine — by oxidizing the chromophores that cause visible staining. Trade-off: oxygen-active chemistry can cause color loss on dark-dyed fabrics on extended dwell, so test on a hidden area and don't allow the foam to dry on dark carpet without rinsing or extracting.

The Carbona Oxy-Powered 2-in-1 design combines a soft sponge tip (for wiping surface stains and odors) with stiff plastic bristles (for working foam into deeper carpet fibers). Press the sponge against the can to dispense foam onto the sponge, then apply directly to the stain — the sponge handles surface application, the bristles handle agitation, no separate brush needed. Community reviews are positive on convenience but mixed on bristle stiffness for ground-in dirt.

Possibly on dark or dyed fabrics if the foam dwells too long — oxygen-active chemistry by design oxidizes chromophores, which is also how it lifts stains. Apply to a small hidden area first (under-seat carpet, hidden corner of floor mat), wait 10 minutes, and check for color change before treating visible areas. For factory-color black or dark-grey automotive carpet (most common), community reports document no color loss at typical short dwell times; aftermarket dyed carpet is the higher-risk case.

Carbona Oxy-Powered's oxygen-active chemistry is more aggressive on protein-based pet stains (urine, vomit, blood) than Folex's mild surfactant base — the oxidation pathway breaks down chromophores Folex chemistry cannot reach. Trade-off: aerosol propellant smell during application, color-loss risk on dark fabric, and a more involved process (foam, scrub, rinse vs. spray and blot). For routine pet accidents on standard carpet, Folex is lower-friction; for set-in or odor-causing pet stains, the oxygen-active pathway does more.

The DANGER signal word reflects physical fire/pressure hazards (H222 Extremely Flammable Aerosol + H229 Pressurized Container) from the hydrocarbon propellant — not serious health hazards. The cleaning chemistry itself is mild surfactant + oxygen-active. Keep the can away from heat, flame, or sparks; do not puncture or incinerate the empty can; ventilate the cabin during application.