Source of information on antimony in Australia from Geoscience Australia.

The main use of antimony is to harden lead in storage batteries, and it is increasingly being used in the semiconductor industry.

Australian government's portal to all matters relating to the critical minerals sector

The Minerals Council of Australia released a guide to the minerals and metals that are essential to future applications for daily life. Antimony appears nine times in applications ranging from computer memory processing, anti-bacterial and anti-microbial materials, pacemakers and electric fire trucks!

A report on the importance of diversity of energy storage solutions to minimise mineral supply chain risks to produce batteries including the development of liquid metal batteries where antimony is the cathode.

Video discussion on alternative energy storage solutions and the role antimony plays in liquid metal batteries.

A historic report for the colonial Department of Mines on antimony deposits in Victoria

Infographic on geopolitical importance & supply risk of antimony

The Australian government's list of critical minerals operations in the country including the Costerfield and Hillgrove mines. Source: https://www.austrade.gov.au/ international/invest/opportunities/ resources-and-energy

IEEE Spectrum article on a potential antimony based stationary storage liquid-metal battery.

A write up on SXG's antimony at the end of the article.

It’s called a calcium-antimony battery, and even Bill Gates is into it

Few metals are more critical to the national security and economic wellbeing of the United States than antimony.

Though high on the critical minerals list of many countries around the world, few people know much about antimony, how it’s used, or why experts consider it to be the most important mineral you’ve never heard of.

Australia has the chance to get into downstream processing of critical minerals. Courtesy of MiningNews.net