Termite Treatment in Princeton, TX
Comprehensive termite inspection, treatment, and prevention for Princeton properties. We use liquid barrier treatments and baiting systems to protect your home from subterranean termites common in North Texas.
Subterranean termites cause over $5 billion in property damage across the United States every year, and North Texas is one of the highest-risk regions in the country. Princeton's clay-heavy soil and warm climate create ideal conditions for termite colonies that can contain over 1 million workers.
Our Termite Treatment Process:
1. Free Termite Inspection — Our licensed technicians conduct a thorough inspection of your home's foundation, crawl spaces, attic, and exterior. We use moisture meters and visual inspection techniques to identify active infestations and vulnerable entry points.
2. Liquid Barrier Treatment — We apply a continuous chemical barrier around your home's foundation using Termidor or equivalent professional-grade termiticide. This creates an undetectable zone that termites pass through and carry back to their colony, eliminating the entire colony within weeks.
3. Baiting System Installation — For ongoing protection, we install in-ground monitoring stations around your property's perimeter. These stations are checked quarterly and contain bait that termites prefer over wood, providing continuous colony suppression.
4. Annual Monitoring — We return annually to inspect your property and ensure your termite protection remains active and effective.
Warning signs of termites in your Princeton home: - Mud tubes on foundation walls or piers - Hollow-sounding wood when tapped - Discarded wings near windows (especially in spring) - Bubbling or peeling paint on wood surfaces - Sagging floors or doors that won't close properly
New construction in Princeton does NOT mean you're safe from termites. In fact, construction disturbance can drive termites toward nearby established homes. Whether your home is brand new or decades old, professional termite protection is essential.