From bare specimen to defensible data
A valid test result starts long before water hits glass. These photos follow the parts of the process most people never see — the fixturing, sealing, and instrumentation that make a result stand up to scrutiny.
Custom specimen stands, built to the unit
Full-size windows and doors don't arrive ready to test.
Each specimen gets purpose-built support — because a unit racked or twisted in handling will fail a test for reasons that have nothing to do with the product. Proper fixturing protects the integrity of the result in both directions.
Sealing the test wall airtight
The chamber, not the window, must be the tightest thing in the room.
Air-leakage tests (ASTM E283/E783) measure cubic feet per minute through the specimen. If the chamber itself leaks, the data is meaningless — so every joint, anchor, and penetration in the steel test wall is sealed and verified before a specimen is ever measured.
Specimen installed as it would be in the wall
Tested the way it's used — not the way it's convenient.
The specimen is installed into the buck per the manufacturer's instructions, perimeter-sealed, and instrumented. The spray rack delivers water at the calibrated rate the standard demands (5 gal/ft²·hr for ASTM E331/E1105) while static pressure simulates wind-driven rain.
A working lab, not a prop
Chain hoists, spray manifolds, pressure chambers, calibration records.
This is the environment Jimmy works in every week: an accredited laboratory [confirm accreditation body/scope] with the rigging, instrumentation, and documentation discipline that certification testing requires — and that forensic work deserves.