The Glass Performance Days (GPD) 2025, a key event for the global glass industry, is scheduled from June 10 to 12 at the Nokia Arena in Tampere. A highlight will be Clément Lemoine’s presentation on Vacuum Insulated Glazing (VIG), titled “Vacuum Insulated Glazing: Innovations, Applications, and Overcoming Design and Legal Challenges,” on June 12 at 10 a.m. This session promises deep insights into a transformative technology.
VIG: A Cornerstone of Modern Sustainable Design
Vacuum Insulated Glazing represents a significant leap in building envelope performance. By offering superior thermal insulation, VIG drastically cuts heat transfer, making it crucial for meeting energy efficiency targets and promoting sustainable architecture. As the construction sector pushes for lower carbon footprints, VIG stands out as a high-performance solution, supporting net-zero energy and passive house standards.
Addressing Design and Regulatory Hurdles
Lemoine’s talk will cover VIG’s varied applications and the practical challenges of its integration. He will address essential design considerations like precise load calculations and optimal glass thickness, crucial for structural integrity and performance. Furthermore, the presentation will tackle the complex legal and regulatory landscape surrounding VIG, offering guidance on navigating building codes and international standards to ensure compliant and successful project integration.
Expert Perspectives from FINEO by AGC
As Product & Market Manager at FINEO by AGC, Clément Lemoine brings invaluable expertise to this discussion. His insights into VIG’s evolution and its strategic role in sustainable building are highly anticipated. Attendees will gain a comprehensive understanding of VIG’s current state, future potential, and the practical steps needed for its effective deployment. This presentation at GPD 2025 is an essential opportunity for industry professionals to explore the full capabilities of Vacuum Insulated Glazing in high-performance, sustainable construction.
Source: GPD.fi with additional information added by Glass Balkan