Latest articles
| Highly efficient building-integrated photovoltaics are entering a new phase, combining strong performance with expanded colour and design freedom.
| Reducing energy consumption in glass tempering is no longer optional — and new cooling innovations are making it achievable.
| This study demonstrates how fibre-reinforced and ultra-high-performance concretes enable structurally bonded glass-to-concrete systems, opening new possibilities for efficient, sustainable, and visually striking hybrid structures.
| This study explores how fibre optic sensors can accurately measure strain and temperature in laminated glass systems, revealing how adhesives, temperature, and load conditions influence the mechanical behaviour of PVB and embedded sensors.
| 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.
| Understanding how glazing systems behave under blast conditions is essential for designing safer, more resilient façades.
| Laser technology is rapidly reshaping the future of glass processing, offering a level of precision and innovation that traditional methods can’t match.
| Latest on Glastory by Robert Jenks: Improving your performance for a lifetime - Smart strategies for glass processing line success (Part 2/2)
| 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.
| Smart glass, simplified. Meet OSSE, Organic Semiconductor Materials for Sustainable Electronics, from the University of Turku.
| In Part 1 of the new Glastory blog series, the article explores how production uptime becomes a competitive advantage and which strategies help keep operations smooth and businesses strong.
| In this seventh episode, we’re exploring how dynamic mixing enhances sealing quality and speed.
| A new paper explores the complete process and equipment innovations enabling the handling, cutting, and manufacturing of ultra-thin boro-aluminosilicate glass for architectural applications.
| 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.
| As humanity looks beyond Earth, designing safe, durable, and transparent windows for space habitats becomes a crucial challenge—where extreme conditions meet cutting-edge engineering and materials innovation.
| In this sixth episode, the focus is on how to assemble and gas-fill IG units synchronously.
| 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%).