Glazing for supercars: technical characteristics, materials and innovations Supercars combine extreme performance, safety and design. In this context, glass is not a simple accessory component. It is a structural element. Glass contributes directly to vehicle dynamics. It affects occupant safety. And it shapes the overall driving experience. Designing glazing for supercars means reconciling different requirements. …

Este, August 28, 2026 – Isoclima, global leader in the design and manufacturing of high-performance transparent solutions, announces the completion of the transaction through which Fondo Italiano d’Investimento and The Equity Club become the new shareholders of the Group. The transaction marks the beginning of a new phase in Isoclima’s development, driven by a shared …

Producing curved glass requires specific technical expertise and rigorous control at every stage of the process. From automotive to aerospace applications, through to marine and architectural security sectors, glass bending meets increasingly complex design requirements, where geometric precision and mechanical strength must coexist without compromise. In this article, we examine the main bending technologies, the …

Aircraft windows are not simple transparent components. They are structural elements. They must withstand extreme stresses and guarantee passenger safety throughout every phase of flight. For this reason, their production requires specific materials and rigorous engineering processes. In addition, every stage is subject to strict international regulations. In this article, we look at the technical …

The luxury yachting sector places particular demands on glass. No other industry faces the same challenges to the same extent. On board a superyacht, glass is not simply an architectural element. It is an integral part of the structure. It contributes to the safety of the vessel. And it defines the onboard experience. Designing yacht …

What is smart glass Smart glass, or intelligent glazing, is a glazing solution that can change its own optical properties. It can adjust transparency, opacity and its ability to filter light and heat. This happens in response to an external stimulus: electrical, thermal or light-based. Traditional glass keeps fixed characteristics over time. Smart glass works …