Econiclay is a revolutionary inorganic powder activation technology material crafted from inorganic solid waste, including soil, stone trimmings, and non-metallic tailings. After these raw materials are collected, sorted, and crushed into microscopic powder, they undergo modification at low temperatures using specific surfactants to form active inorganic powder with a multi-layered network structure encapsulating active ingredients. Internationally, this material is recognized as "econiclay," while the Chinese industry standard names it "Modified Inorganic Powder (MCM)," representing a typical ecological and environmental material.

Econiclay can hybridize with a wide range of polymer materials to create organic-inorganic hybrid ecological and environmental materials suitable for applications in building materials, automotive parts, machine casings, leather materials, and other fields, making it an ideal alternative to plastic products. Its core advantages stem from its inorganic properties, including flexibility, low thermoplasticity, Class A fire rating (or Class A fire classification), and sustainability. Low thermoplasticity reduces production energy consumption, improves processing efficiency, and enhances material recyclability. Class A fire rating ensures stability under extreme conditions, effectively resisting fire risks and providing safety assurance for the building, transportation, home appliance, and other sectors.