Hidden moisture, plumbing leaks, insulation gaps, and heating concerns aren't always visible during a standard home inspection. At WIN Home Inspection East End, we use the FLIR E8 thermal camera to identify temperature differences that may indicate underlying issues. Our infrared imaging technology helps confirm suspected moisture problems, visualize radiant floor heating patterns, and document concerns that may otherwise go unnoticed. By combining thermal imaging with moisture meters and professional inspection experience, we provide additional insights into your property's condition. Whether you're buying a home, preparing to sell, or maintaining your property, our infrared scanning service helps you better understand potential concerns and make informed decisions.
We offer Infrared (IR) Scan services in Riverhead, Amagansett, Aquebogue, Bridgehampton, Calverton, Center Moriches, Cutchogue, East Hampton, East Marion, East Moriches, Eastport, East Quogue, Greenport, Hampton Bays, Jamesport, Laurel, Mattituck, Montauk, Orient, Peconic, Remsenburg, Sagaponack, Sag Harbor, Shelter Island, Shelter Island Heights, Southampton, South Jamesport, Southold, Speonk, Wainscott, Water Mill.
Of elusive air leaks in doors, windows, exterior outlets, and ducts can be discovered with an IR Scan.
Homes in the U.S. are under insulated, leading to higher energy bills.
Boost in Full Home Inspection efficiency when paired with an IR Scan.
50% of U.S. homes have mold issues mostly due to undetected moisture.
At WIN Home Inspection East End, we use the FLIR E8 thermal camera to investigate moisture concerns, visualize radiant floor heating, and document temperature anomalies, helping homeowners better understand potential issues through clear thermal images.
At WIN, we use FLIR thermal imaging technology alongside visual observations and moisture meters to investigate temperature differences and document potential concerns.
STEP 1
Your inspector uses the FLIR E8 camera to examine accessible walls, ceilings, floors, and other areas for unusual temperature patterns.
STEP 2
STEP 3
STEP 4
