Catchmaster 909 ILT Replacement Glue Boards
Catchmaster 909 ILT Replacement Glue Boards are designed to help keep compatible insect light traps performing at their best. Over time, glue boards can become full, dusty, or less effective, which reduces the trap’s ability to capture flying insects. Replacing them regularly helps maintain a cleaner, more dependable fly control program without adding sprays or complicated setup steps.
These boards are a good option for routine fly light maintenance because they are simple to install, easy to monitor, and made for dependable adhesive performance inside compatible units. They help make service checks faster by giving users a clear visual indicator of insect activity while keeping captured insects contained on the board.
Why Regular Replacement Matters
Glue boards work best when the adhesive surface is clean and exposed. When a board becomes covered with insects, dust, or debris, it may no longer capture flies as effectively. Replacing boards on a consistent schedule helps the light trap continue doing its job and gives you a better view of current insect pressure.
- Helps maintain consistent fly light performance
- Makes insect activity easier to monitor during inspections
- Helps keep captured insects contained inside the unit
- Supports routine maintenance without liquid sprays or mixing
Easy Fly Light Maintenance
To replace the board, open the insect light trap according to the unit’s instructions, remove the used board, and install a fresh board with the adhesive side positioned correctly. If your unit requires a smaller board size, separate the board along the perforation before placement.
Check glue boards regularly in areas with ongoing flying insect activity. Boards may need to be changed more often in busy accounts, dusty environments, or locations with heavier insect pressure.
Storage and Handling
Store unused glue boards flat in a clean, dry area until they are ready to be installed. Keep the adhesive surface protected before use to prevent dust, debris, or accidental contact from reducing performance.