

Car Candy
Destroyer Decon Soap Concentrate
$12.95SKU 850051017744
Check availability with the store
$12.95
Pickup, delivery and all stores
- Cutler BayCall the store
- Medley / HialeahCall the store
- HollywoodCall the store
- Port St. LucieCall the store
Returns, see our Returns policy.
Description
What it is
Car Candy decon wash concentrate that removes heavy road grime, old wax, sealants and embedded contaminants while you wash, leaving the surface bare for polishing or ceramic coating.
Best for
- Decon step and paint correction prep
- Paint, glass and chrome
- Before polishing or coating
How to use
- Pour 4 ounces into 5 gallons of water
- Spray the vehicle thoroughly with water
- Apply with a clean wash mitt, sponge or foam cannon
- Rinse and dry with a clean chamois or premium microfiber towel
- Do not apply to hot surfaces or let it dry on the surface
Pro tip
Use it as the first wash before polishing or a ceramic coating.
Good to know
Always follow the label for dilution and safety. Ask your store if unsure.
Full description from the store
Destroyer Decon Soap Concentrate is a powerful, professional-grade wash designed to decontaminate and deep clean your vehicle's exterior. This concentrated formula safely removes heavy road grime, old wax, sealants, and embedded contaminants from paint, glass, and chrome—all while you wash. Ideal for paint correction prep, it leaves the surface bare and ready for polishing or ceramic coating.
Formulated with a high-strength blend of detergents and degreasers, Destroyer penetrates and lifts stubborn dirt without harming clear coat, trim, or rubber. It’s safe for all exterior surfaces, rinses clean with no residue or streaking, and delivers maximum cleaning power in one step.
Directions: Pour 4 ounces into 5 gallons of water. Spray vehicle thoroughly with water and apply soap with a clean wash mitt, sponge or foam cannon. Rinse vehicle and dry using a clean chamois or premium microfiber towel for a spot free shine. Do not apply to hot surfaces. Do not allow product to dry on surface.






