Reusable Traps for Rat Control

• Safe and sanitary rodent eliminationEliminate unwelcome rodents from your space while maintaining a clean and safe environment with the leading rat trap on the market. The smart, integrated bait lid allows for easy placement of your preferred bait or food to lure in mice. Additionally, the trap’s construction from resilient polystyrene guarantees long-lasting effectiveness, enabling you to master rodent control with ease.

• Simple installationPut an end to outdated methods that leave dead mice lingering in your living space. Position these traps individually or in pairs along baseboards, in corners, or around areas where rodents frequent, and forget about them. When an animal contacts the device, the high-precision stainless steel spring secures it with 35% greater strength than other traps without piercing the skin, allowing for a swift, humane elimination.

• Effective rodent capture - No escapeBid farewell to unreliable triggers, missing bait, and escaping mice. The Kat Sense rat traps boast a robust, highly sensitive snapping mechanism with a responsive pedal and uniquely designed teeth to capture mice and rats consistently. The enhanced, animal-friendly design guarantees a rapid and minimally painful death for the captured rodents.

• ReusabilityUnlike conventional wooden traps that can be cumbersome to set and may leave unpleasant odors and blood stains, these rat traps are crafted from washable materials for straightforward cleaning, allowing you to eliminate any lingering smells from previous captures that could dissuade mice from approaching the trap. This results in a sanitary solution for effective rat removal, suitable for repeated use. The trap can be effortlessly pushed over a trash can for quick, hands-free disposal.

TECHNICAL DATA

• MaterialPlastic

• Dimensions 13.5*7.5*7.5CM

• ColorBlack

• Contents1 * Reusable rat traps

NOTES

Please be aware of slight deviations in measurements due to manual measuring techniques.

The actual item color may differ slightly from the images shown due to variations in monitor displays and lighting conditions.