Thermochromic Dynamic Glass/Thermochromic PVB interlayer

Thermochromic dynamic glass enhances building design and energy efficiency. The thermochromic technology adapts to temperature variations by reacting automatically, thus decreasing heat load of buildings without needing active intervention to maintain proper temperatures in their respective spaces. Glass tints itself to meet increasing temperatures, creating a comfortable indoor environment while decreasing reliance on air conditioning systems. This passive technology doesn't need power from any outside source - making it an incredibly sustainable solution for modern architecture. Thermochromic dynamic glass can significantly lower energy costs over time by harnessing natural properties of light and heat. As temperatures increase, self-tinting glass darkens to reflect sunlight away and keep interiors cooler

Thermochromic dynamic glass is an ideal solution for both residential and commercial spaces alike. As cities continue to become more urbanized and temperatures continue to increase due to climate change, self-tinting glass must become an integral component of building designs if they wish to remain sustainable. Building with thermochromic dynamic glass provides architects and builders the chance to craft structures that are both aesthetically pleasing and environmentally responsible. Adopting thermochromic dynamic glass today means investing in a sustainable future where energy efficiency meets the design.

Thermochromic PVB interlayer is a kind of intermediate layer material for dry laminated glass. It is composed of about 80% polyvinylbutyral resin powder and 20% photothermal macromolecule nano- materials. The interlayer is made by tape casting equipment. Various color systems can be synthesized according to different formulations. The base color of the TC Interlayer can be determined at room temperature of 25℃. With the increase of temperature, the color of TC Interlayer changes from light to deep.