LartaPro HP Neutral 60/40
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Reliable glass for any climate
LartaPro HP Neutral 60/40 is a versatile and reliable glass that features a solar control and energy saving coating, making it ideal for unpredictable weather conditions. Whether you’re in Sochi or Norilsk, this product can help maintain a comfortable temperature indoors by retaining heat during winter and providing cooling during summer.
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PRODUCT INFORMATION
Substrates
Larta ExtraClear
Applications
Facades, windows, doors, curtain walls, roofing
Manufacturing options
Single product (annealed and heat treated)
Annealed glass
Tempering
Heat strengthening
Bending
Laminating
Silk-screen printing
Annealed glass
Tempering
Heat strengthening
Bending
Laminating
Silk-screen printing
Recommended coating positions
Surface 2 (double IGU)
Surface 2 (triple IGU)
Surface 2 (triple IGU)
Maximum size
<3210x9300mm
Edge deletion
No
Glass functions
Solar control and thermal insulation
Fabrication options
Must be used in IGU
PERFORMANCE DATA
Glass: 6 mm Larta ExtraClear on Larta HP Neutral 60/40
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 Larta HP Neutral 60/40 Tempered
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
