ZS2 Technologies has introduced its second-generation (Gen 2) magnesium cement building materials, marking a major step forward in sustainable construction. Backed by verified fire performance and patented low-carbon tech, these products are made with domestically sourced inputs, offering a North American alternative to traditional materials.
The Gen 2 platform advances the construction industry’s focus on sustainability and resilience. These durable, non-combustible materials replace common options like gypsum, OSB, and imported magnesium oxide (MgO), which often face mold, moisture damage, and limited fire resistance. Gypsum and OSB are widely used but tend to require costly repairs and degrade faster when exposed to environmental factors.
Manufactured in North America, the lineup includes TechBoard™ sheathing, TechTile™ flooring, TechBacker™ boards, and TechStone™ cladding. These materials offer excellent fire, mold, water, and pest resistance, along with impressive strength and durability. Supported by over $9.9 million in grants, ZS2 has successfully scaled its patented process from labs to commercial production.
Over the past five years, projects like a Krispy Kreme in Edmonton, Habitat for Humanity homes in California, and Calgary’s Shawnessy Station have showcased their capabilities. Now, ZS2 is entering full-scale production to supply certified, high-performance materials across North America.
Magnesium cement produces about one-third the CO₂ emissions of traditional Portland cement, helping lower construction’s carbon footprint. The company incorporates Canadian industrial by-products that boost resource efficiency and support circular economy principles by turning waste into valuable building materials.
While the focus is on low-carbon, locally sourced inputs, ZS2 also aligns with trends toward using biomaterials and biobased additives. Incorporating organic or renewable materials, like biofibers, can sequester carbon, reduce reliance on fossil resources, and improve sustainability. Although specific details are limited, their approach supports greener building practices and resource conservation.
