LartaPro HS Neutral 70/39 HT
р.
р.
Neutral exterior look and comfortable indoor climate year-round
The LartaPro HS Neutral 70/39 HT glass provides an aesthetically pleasing, neutral exterior look that offers a clear view from the inside. It also offers solar control and energy-saving properties. Designed to maintain comfortable indoor temperatures year-round, it retains warmth in winter and reduces heat gain during summer. Moreover, the glass allows ample light transmission, making it suitable for regions with limited sunny days per year.
CONTACT US
PRODUCT INFORMATION
Substrates
Larta ExtraClear
Applications
Facades, windows, doors, curtain walls, roofing
Manufacturing options
TPF (Temporary Protective Film)
Tempering
Heat strengthening
Bending
Tempering
Heat strengthening
Bending
Recommended coating positions
Surface 2 (double IGU)
Surface 2 (triple IGU)
Surface 2 (triple IGU)
Maximum size
<3210x9500mm
Edge deletion
Yes
Glass functions
Solar control and thermal insulation
Fabrication options
Must be used in IGU
PERFORMANCE DATA
Glass: 6 mm Larta ExtraClear on LartaPro HS 70/39 HT
Gap: 10% Air, 90% Argon 16,0 mm
Glass: 4 mm Larta ExtraClear
Calculations and terms in this report are based on EN 410-2014 Methods for Determining Optical Characteristics; EN 673-2016 Methods for Determining Thermal Characteristics
Gap: 10% Air, 90% Argon 16,0 mm
Glass: 4 mm Larta ExtraClear
Calculations and terms in this report are based on EN 410-2014 Methods for Determining Optical Characteristics; EN 673-2016 Methods for Determining Thermal Characteristics
Performance Values
Glass: 6 mm Larta ExtraClear on LartaPro HS 70/39 HT
Gap: 10% Air, 90% Argon 16,0 mm
Glass: 4 mm Larta ExtraClear
Gap: 10% Air, 90% Argon 16,0 mm
Glass: 4 mm Larta ExtraClear
Calculations and terms in this report are based on EN 410-2014 Methods for Determining Optical Characteristics; EN 673-2016 Methods for Determining Thermal Characteristics
Gap: 10% Air, 90% Argon 16,0 mm
Glass: 4 mm Larta ExtraClear
Gap: 10% Air, 90% Argon 16,0 mm
Glass: 4 mm Larta ExtraClear
Calculations and terms in this report are based on EN 410-2014 Methods for Determining Optical Characteristics; EN 673-2016 Methods for Determining Thermal Characteristics
Performance Values
