Laminar Stress of Tinted Glass
The LamMaster 2 works on tinted glass. The 6mm grey tinted glass, shown here, has 30% transmission through-thickness.
Float Glass
Stress Photonics provides a range of inspection tools to examine:
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Float Glass Laminar Stress
Float Glass Laminar Stress
The LamMaster™ 2 can solve cutability problems by assessing the annealing quality of float glass. The system provides a quantitative parabolic through-thickness stress profile that displays the top and bottom surface compression, as well as the center tension. The easy-to-use software allows for quick and simple data collection for many different tints and thicknesses of float glass. The LamMaster 2 is a complete, turnkey solution that will allow you to collect, analyze, export, and organize all the stress data you need to improve your company’s manufacturing process.
Laminar Stress of Tinted Glass
The LamMaster 2 works on tinted glass. The 6mm grey tinted glass, shown here, has 30% transmission through-thickness.
Laminar Stress of Fritted Spandrel Glass
Example of spandrel glass entirely coated with ceramic frit on one surface to conceal building mechanicals between floors.
Laminar Stress of Fritted Spandrel Glass
LamMaster 2 reveals significant frit/glass chemical interactions and/or annealing issues in this sample. Coating on bottom.
Laminar Stress of Fritted Spandrel Glass
Example of spandrel glass entirely coated with ceramic frit on one surface to conceal building mechanicals between floors.
Laminar Stress of Fritted Spandrel Glass
LamMaster 2 reveals minimal frit/glass chemical interactions and/or annealing issues in this sample.
Laminar Stress of Laminated Glass
Stress profile in both plies of laminated glass. Sample is approximately 14mm thick. Coupon was cut to be 38mm wide.
Laminar Stress of Laminated Glass
In this image, you can see that the LamMaster 2 determined that the data in the interlayer section is not meaningful.
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Float Glass
Stress Across the Web
Float Glass Stress Across the Web
The GFP™2600 real-time stress measurement system can be used to monitor the average stress across the web, including near the edges. Stress differences from edge to center can cause bowing. A similar system used to monitor area stress/temper patterns in architectural glass can be viewed here.
All Applications
All Applications
Need help? Email our expert support team via our contact form or call us at +1 (608) 224-1230
Need help? Email our support
team via our contact form
or call us at +1 (608) 224-1230
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