Low-E Coating Detector
Product # GTAE1601
The ETEKT + Low-E Coating detector is the industry standard for instruments detecting the presence and location of thermal resistant coatings (Low E) used on energy efficient single and dual lite glass and window assemblies. The ETEKT+ is a rugged handheld device that is accurate, easy to use, and rarely requires calibration. Place the unit flat on the glass surface, press the button and read the results.
- Confirms the invisible Low-E coating is properly installed into your double pane IG units with a single test from a single side. You can also test a triple pane window by testing both sides of the window. For full triple pane Low-E detection, see the Glass-Chek PRO.
- Ensures proper orientation of the Low-E coated glass during IG fabrication so it is not damaged by the brushes of the glass washer.
- Proves to the customer that the invisible, money saving Low-E coating is present on their windows before installation.
Upgraded features from the original AE1600 Low-E Coating Detector:
- New: Low Battery Indicator. The Low-E detector will indicate that the battery needs replaced by blinking the LED indicators.
- New: A new temperature stability program maintains accurate results across a wider range of temperatures.
- Confirms the invisible Low-E coating is properly installed into your double pane IG units with a single test from a single side. You can also test a triple pane window by testing both sides of the window. For full triple pane Low-E detection, see the Glass-Chek PRO.
- Ensures proper orientation of the Low-E coated glass during IG fabrication so it is not damaged by the brushes of the glass washer.
- Proves to the customer that the invisible, money saving Low-E coating is present on their windows before installation.
Upgraded features from the original AE1600 Low-E Coating Detector:
- New: Low Battery Indicator. The Low-E detector will indicate that the battery needs replaced by blinking the LED indicators.
- New: A new temperature stability program maintains accurate results across a wider range of temperatures.
