Pest Repellers w/ Extra Outlet 3 Pack – Bell + Howell

May 23,2024

The Bell Howell Ultrasonic Electronic Indoor Pest Repeller with AC Outlet 3-Pack is an easy and safe way to keep your home pest-free. The ultrasonic repellers emit high-frequency sound waves that are inaudible to humans and pets but repel pests such as mice, rats, spiders, and ants. The unique design of these repellers.
The Bell Howell Ultrasonic Electronic Indoor Pest Repeller with AC Outlet 3-Pack is an easy and safe way to keep your home pest-free. The ultrasonic repellers emit high-frequency sound waves that are inaudible to humans and pets but repel pests such as mice, rats, spiders, and ants. The unique design of these repellers allows them to be plugged into any AC outlet without obstructing the second outlet. The compact size and discreet design make them ideal for use in any room of your home. Simply plug them in and let them do their job without the need for any harmful chemicals or messy traps. Keep your home pest-free with the Bell Howell Ultrasonic Electronic Indoor Pest Repeller with AC Outlet 3-Pack.

Bell+Howell Ultrasonic Pest Repeller - 4pk Description Now you can rid your home of mice, ants, roaches, spiders and other unwanted pests safely and easily without dangerous traps and chemicals. These Bell & Howell Pest Repellers use silent ultrasonic signals to drive pests away. Simply plug a pest repeller into an outlet in each room that you want to protect. Plastic. Each measures 3 inchH.

Ultrasonic Classic Electronic Indoor Pest Repeller (2-Pack)

UltraSonic Pest Repellers Complete Home Kit at Menards®

Plug it in - drive pests out! Ants. Mice/rats. Spiders. Roaches. Repels unwanted pests. Fast & effective. Safe ultrasonic waves. Chemical & odor free. For Over 110 Years Since 1907: Bell + Howell technology leader. 24/7 protection. Complete home solution. Hallways, basement, attics. Perfect for counter tops. Bedrooms! Living room. Perfect for counter tops. Classic design. Hallways, basements & attics. Bedrooms and living rooms. Note: Ultrasonic signals lose intensity as it travels.