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| Advances in architectural design and energy-efficient construction are reshaping expectations for modern glazing solutions.
| At Step Change 2025, ReViSalt demonstrated how its innovations are reshaping the future of glass strengthening.
| Fresh from Step Change 2025, Lithium Designers GmbH, the Frankfurt-based innovators transforming façade planning through parametric design and 3D-printed nodes, shared their insights on how technology is reshaping the future of architectural design.
| The path to low-carbon, high-performance facades depends on mastering the long-term thermal behavior and lifecycle performance of Insulating Glass Units (IGUs).
| At Step Change 2025, in connection with Glass Performance Days 2025, eLstar Dynamics wowed us with their smart glass tech that dynamically shifts from ultra-dark (0.1% transparency!) to crystal clear (up to 70%).
| Viprotron has developed a new technology for the exit of the furnace, that allows the measurement of the distortion of tempered glass with high precision and unparalleled repeatability.
| ASTM has introduced a new standard, ASTM E3401, to guide the safe use of laminated glass in swimming pools, aquariums, and other applications subject to hydrostatic loads.
| In this eighth episode, we delve into optimizing energy efficiency in Low-E production.
| New international standards are reshaping the way modern façade glass is designed, balancing security performance with comfort, safety, and multifunctionality.
| Discover how TPS® boosts IGU longevity and energy performance in this Glastory blog and download the presentation.
| The growing use of glass in modern architecture has increased the importance of laminated safety glass (LSG), prompting new research into how production processes impact its long-term durability and safety.
| Self-cleaning surfaces, enabled by advanced material design and additive manufacturing, are opening new possibilities for sustainable and multifunctional technologies.
| Dive into the blog to learn how cutting-edge solutions are making ultra-thin glass production possible—and scalable.
| Mikko Rantala on Glastory: Glass tempering is an energy-hungry process, and not just because of the heat.
| 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.
| There are ways to reduce the energy consumption and emissions of glass melting, such as recycling glass, using oxy-fuel burners, improving furnace insulation and design, and adopting electric melting technologies.
| Modern tempering technologies offer impressive energy efficiencies for glass processors. But, have you ever come across energy-saving claims that seem too good to be true?
| This paper aims to quantify the savings achieved through the ERM of secondary layer addition to existing glazed facades, for a high WWR office building in cooling and heating dominated climate locations.
| The main benefits from dynamic glass relate to visual light comfort, light control and spectral modulation, privacy modulation and the most critical nowadays energy savings.
| Application to cantilevered balustrades
| This paper explains the most common types of visual distortion from the glass production process and considers a virtual prototyping approach.
| Investigations of different positions of the sphere and the satellite and their effect on stress distribution are studied. Both, experimental observations and computational FEM simulations are compared.
| Within the large material class “glass”, different types have the amorphous structure as well as the time-dependent glass transformation behavior in common.