Thermal conductivity measures how effectively building materials conduct heat. This article explains the significance of thermal conductivity (λ), its measurement using standards like ISO 8301 and ASTM C518, and how moisture can affect insulation performance. Understanding these factors is essential for energy-efficient building design.

Moisture management in buildings requires a deep understanding of the sd-value and MNs/g. These metrics help determine how materials resist and transmit water vapor, which is crucial in preventing condensation and structural issues. Learn how these values can guide better material choices for long-lasting, healthy buildings.

Insulated Glass Units (IGUs) are essential in modern energy-efficient building design. With advanced low-emissivity coatings, IGUs reduce heat loss while maintaining high transparency, ensuring buildings remain energy-efficient and comfortable. Discover how integrating IGUs with sun protection glazing can prevent overheating and improve sustainability in architectural projects.

Sun protection glass, with its advanced Low-E coatings, is a key technology in reducing solar heat gain while allowing natural light to enter buildings. This innovation enhances energy efficiency, indoor comfort, and sustainability in modern architecture, making it essential for projects aiming to balance aesthetics and environmental responsibility.

In the realm of sustainable building design, glass is no longer a thermal weak point. Thanks to innovations like multi-pane insulating glass, noble gases, and Low-E coatings, glass now plays a crucial role in energy efficiency. These technologies reduce heat transfer, lower energy costs, and enhance building sustainability, proving that glass is essential to modern, eco-friendly design.

In part 3 of our series on decarbonisation, we explore the critical role of policy and regulation in promoting sustainable construction and building operations. Policy frameworks are instrumental in driving the adoption of low-carbon materials, renewable energy, and energy-efficient designs, helping to reduce the building sector's carbon footprint. While carbon metrics serve as essential tools for setting and tracking decarbonisation goals, they should be integrated into a broader approach that values occupant health, resource efficiency, and long-term sustainability. Policies that balance carbon reduction with a holistic view of building health are key to fostering a sustainable future.