Bi2O3

                                                          TOPLUS^® Bi2O3

RFQ: What are the side effects of Bi2O3?

May cause respiratory irritation. Causes skin irritation. Causes serious eye irritation. Irritation, nausea.

RFQ: Is Bi2O3 active in the field of new energy?

Yes, Bi2O3 plays the role of a "matrix of high-performance materials".

TOPLUS^® Bi2O3e serves as an active material for nickel-bismuth battery anodes or as a key precursor for the preparation of bismuth-based composite anodes in lithium/sodium-ion batteries.

TOPLUS^® Bi2O3 also acts as a precursor for bismuth-based catalysts, used for the electrocatalytic reduction of carbon dioxide (to formic acid) or for converting solar energy into chemical energy (photocatalytic hydrogen production).

RFQ: What are the overall performance characteristics of Bi2O3?

With strong overall performance, it can solve customers' problems of large volume expansion.

TOPLUS^® Bi2O3, as a battery material, has a relatively high theoretical capacity, which helps to improve battery energy density. Bismuth-based materials have high ionic conductivity, which is beneficial for achieving fast charge and discharge. For example, sodium-ion battery anodes developed based on Bi2O3 can achieve fast charging at ultra-low temperatures of -60°C. Bi2O3 is relatively abundant in resources, has low cost, and its toxicity is far lower than that of metals such as lead, making it more in line with sustainable development and environmental protection requirements.

All in all, TOPLUS^® Bi2O3 primarily serves as a "high-performance material matrix" in the new energy field. Its core advantage lies not in direct applications, but in the continued growth of demand for its derivative materials driven by advancements in technologies such as solid-state batteries and carbon dioxide resource utilization.

For detailed product specifications and customization options, please do not hesitate to contact us.