The building segment holds a significantly larger share of the global thermal insulation market, accounting for nearly 89%, compared to industry's share of 11%. The overall usage of thermal insulation in industrial applications is still much lower. In building applications, walls remain the most common end-use segment.
The building segment holds a significantly larger share of the global thermal insulation market, accounting for nearly 89%, compared to industry's share of 11%. The overall usage of thermal insulation in industrial applications is still much lower. In building applications, walls remain the most common end-use segment.
Glass wool and stone wool are the most prominent materials, they represent 56% of the thermal insulation market. Mineral wool insulation materials experienced higher price increases due to high energy and transport costs. Glass wool remains the most popular thermal insulation material in Europe. It has gained market share in recent times due to the emphasis on using non-combustible insulation materials.
Furthermore, mineral wool manufacturers continue to push their enhanced fire protection characteristics in comparison to foam plastic insulation materials. In construction, thermal insulation plays a critical role in ensuring energy efficiency and comfort.
Among the insulation materials available, vacuum insulation panels (VIPs) stand out as a superior solution. VIPs are a popular choice for enhancing building insulation, particularly in microporous applications. But where exactly can they be used in construction? This post explores the world of VIPs and their effective applications in building projects.
VIPs are advanced building materials that leverage the properties of nanoporous core materials under vacuum, delivering significantly higher insulation performance compared to traditional solutions. Their exceptional thermal resistance with minimal thickness makes them ideal when standard insulation fails to meet design or U-value requirements.
Versatile in design, VIPs are widely used in energy-efficient applications, including construction. However, their uses extend beyond buildings.
VIPs are suitable for various applications:
-Roof Insulation: Commonly used where insulation depth is limited (e.g., balconies or terraces), VIPs help achieve U-value targets without structural modifications.
- Floors & Ceiling: In multi-story buildings, VIPs provide thermal insulation with minimal thickness, offering design flexibility, especially in basement conversions or head-height constraints.
Using VIPs as an insulation solution offers multiple advantages:
1. Space Efficiency: With a thermal conductivity (lambda value) as low as 0.007 W/mK—3-4 times better than standard insulation—VIPs deliver high thermal resistance in minimal thickness, ideal for space-constrained projects.
2. Energy Efficiency: By reducing heat transfer, VIPs lower heating and cooling energy consumption, contributing to sustainable buildings.
3. Longevity: Certified for a 25-year lifespan, VIPs provide durable insulation, minimizing replacement needs and supporting long-term sustainability.
4. Environmental Impact: Aligning with green building practices, VIPs reduce overall energy demand and carbon emissions. Over 90% of their materials are recyclable by weight.
VIPs offer a high-performance, space-saving, and eco-friendly insulation solution for modern construction needs.