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| Ultra-thin glass is opening new possibilities for high-performance insulating glass units, delivering improved energy efficiency, comfort, safety, and reduced weight for next-generation glazing solutions.
| Discover how Vacuum Insulated Glazing (VIG) is shaping the future of sustainable construction, combining outstanding thermal performance with innovative design solutions for residential, commercial, and heritage buildings.
Design of a Test Setup for Experimental Investigation of Temperature Loads on Vacuum Insulated Glass
| A new study explores how Vacuum Insulated Glass (VIG) can support energy-efficient retrofits and new construction projects, while addressing the critical challenge of temperature-induced stress and future design standards.
| Ultra-thin center glass is redefining what’s possible for insulating glass units—delivering lighter, thinner, and more energy-efficient glazing solutions for modern buildings.
| Highly efficient building-integrated photovoltaics are entering a new phase, combining strong performance with expanded colour and design freedom.
| A new study explores how smarter structural design and adhesive optimization in glass-metal façades can significantly cut embodied carbon while maintaining performance and integrity.
| As the façade industry advances in sustainable glass coatings, it’s time to look beyond energy performance and focus on human-centered design—exploring how light, spectrum, and transmittance impact our wellbeing.
| At Step Change 2025, ReViSalt demonstrated how its innovations are reshaping the future of glass strengthening.
| In this sixth episode, the focus is on how to assemble and gas-fill IG units synchronously.
| The path to low-carbon, high-performance facades depends on mastering the long-term thermal behavior and lifecycle performance of Insulating Glass Units (IGUs).
| A new study explores how the size, shape, and material of tiny support pillars in Vacuum Insulated Glass (VIG) impact both its thermal efficiency and mechanical strength — offering analytical tools to optimize VIG design for better performance.
| A new advanced FEM model has been developed to accurately simulate the nonlinear behavior of Insulating Glass Units (IGUs), including curved configurations, offering higher precision and faster computation compared to commercial software.
| By Errol Bull, P.E., CSI, an Application Development Leader at Momentive Performance Materials Inc. Member: IIBEC, ASTM C24, ISO TC59/SC8
| Discover how TPS® boosts IGU longevity and energy performance in this Glastory blog and download the presentation.
| Self-cleaning surfaces, enabled by advanced material design and additive manufacturing, are opening new possibilities for sustainable and multifunctional technologies.
| This paper investigates the integration of colorimetric analysis into the architectural glass selection process, with a focus on utilizing spectral data to quantitatively characterize colour attributes.
| Retrofitting buildings is key to boosting energy efficiency and climate resilience, especially in dense, subtropical cities like Hong Kong.
| Gaps and Challenges in Modelling Optimization and Limit Performance Indicators
| Vacuum insulating glass (VIG) has demonstrated competitive Ug-values (heat transfer coefficients) which show promise to further reduce energy consumption from buildings.
| This paper is a discussion about concepts to minimize the glass thickness as much as possible for a usage of thin glass for insulated glass.
| In this paper, the behaviour of various Insulating Glass Units (IGUs) is examined under the influence of quasi-static uniform wind pressure and weather actions.
| In this paper, we will discuss a challenging, iconic, heritage, refurbishment project – Channel 4’s headquarters building located in London, England.
| The organic design and seamlessly reflective surface of “The Henderson” establish it as a landmark in Hong Kong. With its all-glass façade and a height of 210 m, the skyscraper designed by Zaha Hadid Architects offers spectacular panoramic views.
