Kela Materials presents Copper Chromite (CuCr₂O₄), a high-stability inorganic spinel material widely used in batteries, catalysts, protective coatings and electronic components. Copper Chromite provides excellent thermal stability, chemical resistance, mechanical strength and consistent electrochemical performance. In battery systems, Copper Chromite can serve as a conductive or protective additive to reduce electrolyte corrosion, improve contact efficiency and enhance long-term cycling stability. Its strong hardness and abrasion resistance make it suitable as a surface-protection filler in electromechanical components and coatings. Copper Chromite also exhibits useful catalytic activity (oxidation / hydrogenation / reduction), making it valuable in industrial catalytic processes and high-performance coatings.

FAQ – Copper Chromite (CuCr₂O₄)

1. What is Copper Chromite used for?
It is used in batteries, catalysts, coatings and electronic components where high stability, conductivity and corrosion resistance are required.

2. Does Copper Chromite improve battery performance?
Yes. It reduces electrolyte corrosion, improves contact efficiency and supports long-term cycling stability.

3. Does Copper Chromite have catalytic activity?
Yes. CuCr₂O₄ is widely used in oxidation, hydrogenation and reduction reactions.

4. Is it suitable for wear-resistant surfaces?
Its high hardness makes it suitable for protective layers in electromechanical and industrial components.

5. Which industries use Copper Chromite?
Batteries, catalysts, fluorocarbon coatings, electronics, solar cells and industrial protective systems.