Oxide Thermoelectric Materials

Oxide thermoelectric materials from Eata Electronic thrive in aggressive environments where metallic compounds would oxidize and degrade. Based on NaCo₂O₄, Ca₃Co₄O₉, ZnO and In₂O₃ systems, our formulations offer unlimited high-temperature stability and inherent chemical inertness for steel, glass and ceramics manufacturing.

These ceramics convert scorching waste streams—often exceeding 800°C—into grid-ready electricity without protective atmospheres or complex sealing. Their low raw material costs and non-toxic compositions align with circular economy principles and industrial decarbonization mandates. When sustainability, safety and extreme-temperature endurance converge, our oxide thermoelectric solutions lead the field.

Eata Electronic's oxide thermoelectric materials thrive in corrosive, high-temperature environments where metal compounds fail. Our oxide thermoelectric materials require no protective atmosphere or complex sealing; their low-cost, non-toxic formulation and unlimited resistance to thermal oxidation make them an ideal choice for the steel, cement, and glass industries. Please contact us to discuss how our oxide solutions can help decarbonize your thermal processes.

For Research or Industrial Raw Materials, Not For Personal Medical Use!