Four breakthrough platforms built on econiclay — the world's first inorganic powder activation technology derived from solid waste.
Inorganic powder activation technology that transforms solid waste — soil, stone scraps, tailings — into durable, flexible, Class A fire-rated architectural material at just 100 °C.
Learn more →Ultra-lightweight architectural panels at 4 kg/m² — replacing natural stone (70 kg/m²), wood, and brick. Stone, wood, brick, and weaving textures for interior and exterior surfaces worldwide.
Learn more →World's first display with natural texture covering — integrating high-resolution LED screens directly into architectural surfaces. Outdoor P10 at 6,000 nit; indoor P0.78 at 25,000:1 contrast.
Learn more →World's first BIPV with natural texture. Stone, wood, and brick-textured photovoltaic panels turn every building façade into a solar power station. 58% lower carbon than glass BIPV. 25-year warranty.
Learn more →Mount Celestial - Хадны мэдрэмж
Learn more →Nature Stone eCovering surface with PHOMI low-carbon material technology and natural texture.
Learn more →Nature Stone eCovering surface with PHOMI low-carbon material technology and natural texture.
Learn more →Nature Stone eCovering surface with PHOMI low-carbon material technology and natural texture.
Learn more →Nature Stone eCovering surface with PHOMI low-carbon material technology and natural texture.
Learn more →Nature Stone eCovering surface with PHOMI low-carbon material technology and natural texture.
Learn more →Nature Stone eCovering surface with PHOMI low-carbon material technology and natural texture.
Learn more →Nature Stone eCovering surface with PHOMI low-carbon material technology and natural texture.
Learn more →When specifying materials for architectural surfaces, designers face a familiar set of trade-offs. PHOMI eCoverings sidestep these trade-off...
Read article →PHOMI has been recognised with a Gold Award at the International Green Building Innovation Awards 2026, celebrating the environmental creden...
Read article →Mineral Composite Material is becoming the specification choice for facade architects who need performance, scale, and cost certainty — with...
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