NN1588 Nano-Trimanganese Tetraoxide Powder (Mn3O4) (CAS No. 1317-35-7)

Description of Nano-Trimangantetraoxid-Powder

Nano-Trimangantetraoxid-Powder, also known as Mn3O4, exhibits specific properties that render it valuable for numerous applications. Its high electrical conductivity benefits the use in electrodes for lithium-ion batteries by facilitating efficient energy storage and attaining long-term stability. Additionally, Mn3O4 demonstrates catalytic activity, thereby serving in oxidation reactions in industrial processes and environmental remediation. Its nanoscale dimensions increase the surface area, consequently improving reactivity and performance in varied technical and scientific applications.

Specification of Nano-Trimangantetraoxid-Powder

Applications of Nano-Trimangantetraoxid-Powder

1. It is used in the electronics industry for the production of manganese-zinc ferrite magnetic materials.
2. It functions as a ferromanganese alloy in the steel industry.
3. It is applied in foundry operations as a heat transfer agent.
4. It is employed in the chemical industry as an oxidation catalyst.
5. It is utilised in the environmental protection sector for the treatment of exhaust gases containing hydrogen sulphide and sulphur dioxide, and as a cleaning agent for exhaust catalyst systems.
6. It is used in gas masks as an adsorbent for carbon monoxide.
7. It serves as a drying agent in the manufacture of paints and inks.
8. It is used in pyrotechnics, water purification for the removal of iron, in the dyeing of medical textiles, and in printing processes.
9. It is applied in the battery industry for the production of secondary batteries and acts as an essential material for battery anodes.

Storage Conditions for Nano-Trimangantetraoxid-Powder

The powder should be stored in a dry, cool and sealed environment. It must not be exposed to air. Additionally, heavy pressure must be avoided during standard goods transportation.

Packaging of Nano-Trimangantetraoxid-Powder

Our Nano-Trimangantetraoxid-Powder is clearly labelled and externally marked to ensure efficient identification and quality control. Measures are implemented to prevent damage during storage or transport.