Combat® Max™ Ant and Roach Killer Quick Kill Foam Spray
Foam expands to get into areas where insects hide. Kills by Contact.
Foam shows where you sprayed and dries invisible. Keeps killing German cockroaches for up to 10 months on non-porous surfaces.
Combat® Max TM Ant & Roach Killing Foam Spray is a Quick Kill spray with Combat’s Foam Killing Technology TM. Combat Foam expands to get into cracks and crevices where insects hide. The foam shows where you sprayed and tracks your treatment progress and ensures complete application coverage. The foam dries invisible leaving no oily residue and provides up to 10 months protection*.
*for German roaches on non-porous surfaces.
Aerosol comes in a 17.5oz ready to use Aerosol can.
Active Ingredient: Neo-Pynamin, Cypermethrin
Other Ingredients: Water, Hydrocarbon Propellant, Petroleum distillates, Aliphatic Propylene Glycol Ethers, Sodium Benzoate, Surfactants
It is a violation of Federal Law to use this product in a manner inconsistent with its labeling.
CRACK AND CREVICE: Apply spray in small amounts directly into cracks and crevices. Pay special attention to areas such as behind baseboards, connection areas around drains and pipes, behind and beneath sinks, stoves, and plumbing, and other visible cracks and crevices. Spray these areas thoroughly; making certain that spray penetrates well.
CONTACT APPLICATION: Spray at the rate of one linear foot per second. Contact as many insects as possible with this spray, in addition to thoroughly spraying of all parts of the room suspected of harboring these pests. Pay special attention to hiding places such as beneath sinks, behind and beneath stoves and refrigerators, around garbage cans and cabinets, along the outside of baseboards, door sills, frames and floors, around and on drains, pipes and plumbing, behind bookcases, storage, and other utility installation areas, contacting insects with spray when possible.
- Kills by Contact
- Kills fast
- Kills and protects
- Keeps killing German Cockroaches for up to 40 Weeks (10 Months) on non-porous surfaces