Xeriant Develops Nanotech-Powered NEXBOARD™ for Sustainable Construction

Xeriant advances green NEXBOARD™ panels with nanotechnology, offering a sustainable and high-performance alternative for construction.

Xeriant, Inc., a technology commercialization and development firm with expertise in cutting-edge technology in aerospace and advanced materials, has been at the forefront of the development and certification of its green NEXBOARD™ building panels. Xeriant is adding mechanical and thermal enhancement capabilities to NEXBOARD™ through nanotechnology, positioning it as a high-tech green building material.

By adding engineered nanoparticles, Xeriant has created a nanocomposite product that is not only stronger and lighter than other building materials but also more fire and water resistant. Xeriant CEO Keith Duffy said the application of nanotechnology to enhance the performance of NEXBOARD™ is positioning the company at the forefront of construction technology. "We have developed a product that will substantially surpass conventional materials for strength and durability," Duffy said.

NEXBOARD™ will transform the green building materials market, which is expected to reach $1.8 trillion by 2030, according to a June 2024 World Economic Forum report. The construction industry alone is estimated to consume around 60% of natural resources and produce close to 40% of global CO2 emissions, so demand for green building materials has never been greater. Xeriant's NEXBOARD is a high-performing, value-priced, eco-friendly alternative to traditional materials owing to the achievements of polymer chemistry, nanotechnology, and emerging fabrication technologies.

The company is committed to sharing regular updates regarding the development of NEXBOARD™, for instance, comments regarding formulation testing, certification, and strategic collaborations with the industry. Xeriant is committed to educating investors, constructors, and stakeholders along this period of revolution so that NEXBOARD™ becomes a component of sustainable building in the future.