Thermacell Repellents Inc MR300G Mosquito Repeller

Product Description

The THERMACELL REPELLENTS INC MR300G is a portable, butane-powered mosquito repeller designed for outdoor use. A small butane cartridge heats a repellent pad, which emits an odorless vapor that creates a zone of protection covering up to 225 square feet. Each repellent pad provides up to 12 hours of continuous protection. The unit is EPA approved and finished in an olive color. It is well suited for trade and service professionals who work outdoors, as well as contractors, inspectors, and anyone spending extended time in mosquito-prone environments.

The MR300G is intended for outdoor applications where stationary or low-mobility use is common — job sites, equipment yards, poolside service calls, and similar settings. The 225 square foot protection zone makes it practical for a single technician workspace or a small outdoor staging area. The unit runs on standard butane cartridges. Compatible refill cartridges include TV 876-557, TV 672-412, and TV 217-236. Package quantity is 6 units per case.

Key Features

• Creates a 225 square foot zone of mosquito protection using odorless repellent vapor
• Each repellent pad delivers up to 12 hours of continuous protection
• Butane cartridge powered — no batteries or electrical connection required
• EPA approved repellent formula
• Olive finish for low-visibility field use
• Compatible with multiple refill cartridge options for easy field resupply

Compatibility

Compatible refill cartridges: TV 876-557, TV 672-412, and TV 217-236. Designed for use with standard Thermacell butane cartridge and repellent pad refill systems.

Installation Notes

The MR300G requires no installation — it is a portable handheld device. Insert a butane cartridge per the manufacturer instructions before placing a repellent pad on the heating element. Allow a few minutes for the unit to reach operating temperature before the protection zone becomes active. Keep the unit upright during operation and store butane cartridges away from heat sources when not in use.