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Glass Areas, Spacers & Weight 2022 cover

Australian Glass Group

Version:  2022.  (Current)
Explains the maximum area of Grade A safety glass for framed glass doors, side panels and other glazed panels.
Coating Surface Positions 2021 cover

Australian Glass Group

Version:  2021.  (Current)
Coating surface positions in glass make-ups depend on several key factors.
Glass Basics 2021 cover

Australian Glass Group

Version:  2021.  (Current)
Glass is an amazing product that we use in our buildings in various applications.
Heat Treatment of Glass: Spontaneous Combustion and Thermal Stress 2021 cover

Australian Glass Group

Version:  2021.  (Current)
Includes discussion on Toughening, Heath Strengthening, and Heat Soaking.
LowE Basics 2021 cover

Australian Glass Group

Version:  2021.  (Current)
To understand how LowE coated glass works, you must understand the basics of heat transfer.
NCC 2022 and Glazing in Homes 2023 cover

Australian Glass Group

Version:  2023.  (Current)
The introduction of NCC 2022 will see a significant turning point in the energy efficiency improvements of homes.
Passive House 2024 cover

Australian Glass Group

Version:  2024.  (Current)
Passivhaus focuses on healthy, comfortable, and energy efficient buildings.
Selectivity 2023 cover

Australian Glass Group

Version:  2023.  (Current)
Selectivity is a factor that looks at the relationship between Visible Light Transmittance (VLT) and Solar Energy Transmittance: Solar Heat Gain Coefficient (SHGC).
High Performance Energy Efficient Softcoat LowE DGU for Alspec systems 2020 cover

Australian Glass Group

Version:  2020.  (Current)
Also known as Sputter Coated LowE, this evolution of technology and innovation sees atomic layers of silver and metal oxides provide superior performance as well as no risk of visible haze that other hardcoat LowE coatings can have.
High Performance Energy Efficient Standard and Softcoat LowE IGU for Aluplast uPVC systems 2019 cover

Australian Glass Group

Version:  2019.  (Current)
Also known as Sputter Coated LowE, this evolution of technology and innovation sees atomic layers of silver and metal oxides provide superior performance as well as no risk of visible haze that other hardcoat LowE coatings can have.