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TOKYO, JAPAN
National Art Center
OSAKA, JAPAN
CANDEO Hotel
HACHIOJI, JAPAN
Machiniwa Bldg
OSAKA, JAPAN
Museum of oriental ceramics
Potential for energy efficiency
Glass has emerged as a ubiquitous material in contemporary architecture, adorning skylines worldwide with its sleek presence. From towering skyscrapers to iconic structures, cities around the globe showcase a myriad of glass constructions. This trend continues to flourish as urbanization expands, propelled by advancements in architectural design and construction technology. The allure of glass lies not only in its aesthetic appeal but also in its functional versatility and potential for energy efficiency.
Solar gain & condensation
However, alongside its beauty and benefits, glass facades pose certain challenges, particularly in managing solar heat gain. In sunny climates, glass facades can amplify solar radiation, necessitating extensive cooling systems to maintain indoor comfort levels. Moreover, the issue of condensation may arise, particularly in humid environments or during temperature fluctuations. Condensation not only impedes visibility but also fosters mold growth and jeopardizes interior finishes.
Energy codes & standards
Additionally, stringent energy codes and standards prevalent in many regions emphasize the critical importance of ensuring energy efficiency in building design. Meeting these regulations while incorporating glass facades presents a significant challenge, often necessitating the implementation of additional measures such as high-performance glazing and shading systems.
LUSSO COATING
Our patented solution from Japan offers a transformative approach to address these challenges. Formulated with cutting-edge nano-technology, LUSSO COATING acts as a protective barrier, absorbing infrared rays and filtering UV light. This innovative coating not only mitigates solar heat gain but also boasts long-lasting durability and environmental safety, providing a sustainable solution for modern architectural needs.
