Glazing

Window Glazing

Glass Pane Options

› Security Glass P4A

› Sun protection glass coating on level 2

› Thermal insulation glass coating on level 3

› Acoustic insulation level 4, STC 40

› Acoustic insulation level 6, STC 51


Glass Windows Features

Glass Pane Options

Glass for personal and property protection EN1062

UV Protection

Sun protection in various intensities

Thermal Insulation

0,5 – 1,1 W/m2K
0,09 – 0,19 u-value

Acoustic Insulation

1: 25-29 dB
2: 30-34 dB
3: 35-39 dB
4: 40-44 dB
5: 45-49 dB
6: 50+ dB


Thermal Insulation

Standard Insulated “Double Hung – LowE”

Current Number: 34
Total Thickness (Out-Air-In): (22mm) 4-14-4
Coating on Level Number: 3
Type of Coated Pane: SGG Planitherm Ultra N 4mm
NFRC_ID of Coated Pane: 11333
Minimum Sash Thickness: 59
Weight (kg/m2): 20
U(g) mit Argon NFRC 100-2010: 1.42

U-Value NFRC 100-2010 with 90% Argon: 0.25
R-Value NFRC 100-2010 with 90% Argon: 4
SC: 0.7
SHGC: 0.61
Daylight Transmittance: 80
STC: 30
% UV Radiation Reduction: 68


Custom thin double hung “no muntins”, “LowE” max. 9 ft², not tempered

Current Number: 35
Total Thickness (Out-Air-In): (13mm) 3-6-4
Coating on Level Number: 3
Type of Coated Pane: SGG Planitherm Ultra N 4mm
NFRC_ID of Coated Pane: 11333
Minimum Sash Thickness: 46
Weight (kg/m2): 17.5
U(g) mit Argon NFRC 100-2010: 1.94

U-Value NFRC 100-2010 with 90% Argon: 0.34
R-Value NFRC 100-2010 with 90% Argon: 2.93
SC: 0.7
SHGC: 0.61
Daylight Transmittance: 80
STC: 29
% UV Radiation Reduction: 68


DC Standard Insulated Double Hung “LowE”

Current Number: 36
Total Thickness (Out-Air-In): (26.2mm) 10.2-12-4
Coating on Level Number: 5
Type of Coated Pane: SGG Planitherm Ultra N 4mm
NFRC_ID of Coated Pane: 11333
Minimum Sash Thickness: 59
Weight (kg/m2): 33
U(g) mit Argon NFRC 100-2010: 1.37

U-Value NFRC 100-2010 with 90% Argon: 0.24
R-Value NFRC 100-2010 with 90% Argon: 4.14
SC: 0.63
SHGC: 0.55
Daylight Transmittance: 78
STC: 37
% UV Radiation Reduction: 99


DC Insulated Double Hung w. Grey tint glass LowE

Current Number: 37
Total Thickness (Out-Air-In): (26.2mm) 10.2-12-4
Coating on Level Number: exterior pane Low-E on #5
Type of Coated Pane: SGG Parsol Grey 4mm SGG Planitherm Ultra N 4mm
NFRC_ID of Coated Pane: 11089? 11333
Minimum Sash Thickness: 59
Weight (kg/m2): 33
U(g) mit Argon NFRC 100-2010: 1.37

U-Value NFRC 100-2010 with 90% Argon: 0.24
R-Value NFRC 100-2010 with 90% Argon: 4.14
SC: 0.46
SHGC: 0.4
Daylight Transmittance: 49
STC: 37
% UV Radiation Reduction: 99


DC Insulated Double Hung w. Bronze tint glass LowE

Current Number: 38
Total Thickness (Out-Air-In): (26.2mm) 10.2-12-4
Coating on Level Number: exterior pane Low-E on #5
Type of Coated Pane: SGG Parsol Bronze 4mm SGG Planitherm Ultra N 4mm
NFRC_ID of Coated Pane: 11074? 11333
Minimum Sash Thickness: 59
Weight (kg/m2): 33
U(g) mit Argon NFRC 100-2010: 1.37

U-Value NFRC 100-2010 with 90% Argon: 0.24
R-Value NFRC 100-2010 with 90% Argon: 4.14
SC: 0.48
SHGC: 0.42
Daylight Transmittance: 54
STC: 37
% UV Radiation Reduction: 99


DC Insulated Double Hung Solar control SGG XTREME 60-28 II

Current Number: 39
Total Thickness (Out-Air-In): (28.2mm) 12.2-12-4
Coating on Level Number: 4
Type of Coated Pane: SGG Cool-Lite XTREME 60-28II 6mm
NFRC_ID of Coated Pane: 11403
Minimum Sash Thickness: 61
Weight (kg/m2): 38
U(g) mit Argon NFRC 100-2010: 1.3

U-Value NFRC 100-2010 with 90% Argon: 0.23
R-Value NFRC 100-2010 with 90% Argon: 4.37
SC: 0.28
SHGC: 0.24
Daylight Transmittance: 60
STC: 37
% UV Radiation Reduction: 99


DC Insulated Double Hung Solar control SEMCO Klima 600

Current Number: 39.1
Total Thickness (Out-Air-In): (28.2mm) 10.2-12-4
Coating on Level Number: 4
Type of Coated Pane: SEMCO Klima 600
NFRC_ID of Coated Pane: not listed
Minimum Sash Thickness: 59
Weight (kg/m2): 33
U(g) mit Argon NFRC 100-2010: 1.3

U-Value NFRC 100-2010 with 90% Argon: 0.23
R-Value NFRC 100-2010 with 90% Argon: 4.37
SC: 0.31
SHGC: 0.27
Daylight Transmittance: 58
STC: 37
% UV Radiation Reduction: 99


DC Insulated Double Hung Solar control SGG Cool-Lite 165II

Current Number: 40
Total Thickness (Out-Air-In): (28.2mm) 12.2-12-4
Coating on Level Number: 4
Type of Coated Pane: SGG Cool-Lite 165II 6mm
NFRC_ID of Coated Pane: 11060
Minimum Sash Thickness: 61
Weight (kg/m2): 38
U(g) mit Argon NFRC 100-2010: 1.3

U-Value NFRC 100-2010 with 90% Argon: 0.23
R-Value NFRC 100-2010 with 90% Argon: 4.37
SC: 0.33
SHGC: 0.29
Daylight Transmittance: 60
STC: 37
% UV Radiation Reduction: 99


DC Insulated Double Hung Solar control SEMCO Klima 500

Current Number: 40.1
Total Thickness (Out-Air-In): (28.2mm) 10.2-12-4
Coating on Level Number: 4
Type of Coated Pane: SEMCO Klima 500
NFRC_ID of Coated Pane: not listed
Minimum Sash Thickness: 59
Weight (kg/m2): 33
U(g) mit Argon NFRC 100-2010: 1.3

U-Value NFRC 100-2010 with 90% Argon: 0.23
R-Value NFRC 100-2010 with 90% Argon: 4.37
SC: 0.28
SHGC: 0.24
Daylight Transmittance: 49
STC: 37
% UV Radiation Reduction: 99


Dade County Sunprotection Pane

Tischler DC Insulated – Combi Neutral 61/32 Level 4

Thermal transmittance u-value: 0,25
Total solar energy transmittance (g-value): 32%
Solar heat gain coefficient (SHGC)*: 27%*
Shading Coefficient (g-value / 0.87): 37%*
Light transmittance: 60%
UV-Absorption: 95%


Tischler DC Insulated – Combi Neutral 61/32 Level 5

Thermal transmittance u-value: 0,21
Total solar energy transmittance (g-value): 43%
Solar heat gain coefficient (SHGC)*: 37%*
Shading Coefficient (g-value / 0.87): 50%*
Light transmittance: 60%
UV-Absorption: 95%


Tischler DC Insulated – Parsol Gray Exterior Pane

Thermal transmittance u-value: 0,23
Total solar energy transmittance (g-value): 34%
Solar heat gain coefficient (SHGC)*: 29%*
Shading Coefficient (g-value / 0.87): 39%*
Light transmittance: 43%
UV-Absorption: 96%


*Attention: The Solar heat gain coefficient has been calculated (g-value x 0,85 = SHGC). It is an approximate value. Although an initial, rough value for this coefficient can be approximately estimated using the solar heat gain coefficient of the glazing and attenuation factor of the shading system, such an rough estimate cannot take system specific properties into account, such as high levels of reflection from specular elements.


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