Effect of Annealing on the Structural and Optical Properties of Nanostr...
Sentry TSA Data
1. SENTRY TSA 5%
Near IR
780~2500nm
Visible Light
380~780nm
UV
300~380nm
Clear Hard-Coating
Silicone Release Film(23㎛)
UV-Cut PSA
Optical Grade PET Film (23±1㎛)
PU Adhesive
Optical Grade PET Film (12±1㎛)
Thickness 1.5Mil/2Ply
Shading Coefficient 0.53 KS L 2016
Solar Heat Gain
Coefficient (SHGC)
0.49 KS L 2514
Scratch Resistant >2H ASTM D3363
Adhesion of
Hard-Coated Surface
5B
(0% peel-off)
ASTM D3359
Visible Light Transmitted 6% KS L 2514
Visible Light
Reflected
External 2%
KS L 2514
Internal 2.2%
Solar Heat
Transmitted 19.3%
KS L 2514Reflected 2%
Absorbed 78.7%
IR Rejected
900~1000nm 73%
780~2500nm 67%
UV Rejected 99%↑ KS L 2514
Total Solar Energy Rejected (TSER) 51% KS L 2514
2. SENTRY TSA 15%
Near IR
780~2500nm
Visible Light
380~780nm
UV
300~380nm
Clear Hard-Coating
Silicone Release Film(23㎛)
UV-Cut PSA
Optical Grade PET Film (23±1㎛)
PU Adhesive
Optical Grade PET Film (12±1㎛)
Thickness 1.5Mil/2Ply
Shading Coefficient 0.59 KS L 2016
Solar Heat Gain
Coefficient (SHGC)
0.55 KS L 2514
Scratch Resistant >2H ASTM D3363
Adhesion of
Hard-Coated Surface
5B
(0% peel-off)
ASTM D3359
Visible Light Transmitted 14% KS L 2514
Visible Light
Reflected
External 4.3%
KS L 2514
Internal 4.6%
Solar Heat
Transmitted 29.7%
KS L 2514Reflected 4.7%
Absorbed 65.6%
IR Rejected
900~1000nm 61%
780~2500nm 54%
UV Rejected 99%↑ KS L 2514
Total Solar Energy Rejected (TSER) 45% KS L 2514
3. SENTRY TSA 20%
Near IR
780~2500nm
Visible Light
380~780nm
UV
300~380nm
Clear Hard-Coating
Silicone Release Film(23㎛)
UV-Cut PSA
Optical Grade PET Film (23±1㎛)
PU Adhesive
Optical Grade PET Film (12±1㎛)
Thickness 1.5Mil/2Ply
Shading Coefficient 0.62 KS L 2016
Solar Heat Gain
Coefficient (SHGC)
0.57 KS L 2514
Scratch Resistant >2H ASTM D3363
Adhesion of
Hard-Coated Surface
5B
(0% peel-off)
ASTM D3359
Visible Light Transmitted 17% KS L 2514
Visible Light
Reflected
External 2.5%
KS L 2514
Internal 2.8%
Solar Heat
Transmitted 32.6%
KS L 2514Reflected 2.6%
Absorbed 64.8%
IR Rejected
900~1000nm 57%
780~2500nm 51%
UV Rejected 99%↑ KS L 2514
Total Solar Energy Rejected (TSER) 43% KS L 2514
4. SENTRY TSA 35%
Near IR
780~2500nm
Visible Light
380~780nm
UV
300~380nm
Clear Hard-Coating
Silicone Release Film(23㎛)
UV-Cut PSA
Optical Grade PET Film (23±1㎛)
PU Adhesive
Optical Grade PET Film (12±1㎛)
Thickness 1.5Mil/2Ply
Shading Coefficient 0.76 KS L 2016
Solar Heat Gain
Coefficient (SHGC)
0.69 KS L 2514
Scratch Resistant >2H ASTM D3363
Adhesion of
Hard-Coated Surface
5B
(0% peel-off)
ASTM D3359
Visible Light Transmitted 35% KS L 2514
Visible Light
Reflected
External 5.2%
KS L 2514
Internal 5.6%
Solar Heat
Transmitted 49.2%
KS L 2514Reflected 5.5%
Absorbed 45.3%
IR Rejected
900~1000nm 40%
780~2500nm 36%
UV Rejected 99%↑ KS L 2514
Total Solar Energy Rejected (TSER) 31% KS L 2514
5. SENTRY TSA 50%
Near IR
780~2500nm
Visible Light
380~780nm
UV
300~380nm
Clear Hard-Coating
Silicone Release Film(23㎛)
UV-Cut PSA
Optical Grade PET Film (23±1㎛)
PU Adhesive
Optical Grade PET Film (12±1㎛)
Thickness 1.5Mil/2Ply
Shading Coefficient 0.82 KS L 2016
Solar Heat Gain
Coefficient (SHGC)
0.73 KS L 2514
Scratch Resistant >2H ASTM D3363
Adhesion of
Hard-Coated Surface
5B
(0% peel-off)
ASTM D3359
Visible Light Transmitted 49% KS L 2514
Visible Light
Reflected
External 6%
KS L 2514
Internal 6.3%
Solar Heat
Transmitted 60.1%
KS L 2514Reflected 6.2%
Absorbed 33.7%
IR Rejected
900~1000nm 31%
780~2500nm 28%
UV Rejected 99%↑ KS L 2514
Total Solar Energy Rejected (TSER) 27% KS L 2514