Giyani Metals Corp. has achieved another important milestone in the development of its K.Hill Battery-Grade Manganese Project in Botswana after its high-purity manganese material successfully met Phase 2 battery testing benchmarks.

The latest results mark a significant step forward for the company as it continues advancing the K.Hill project toward commercial production, strengthening confidence in Botswana’s potential role within the rapidly growing global battery minerals supply chain.

According to the company, the battery-grade manganese performed successfully during advanced qualification testing, demonstrating the quality and consistency required for lithium-ion battery applications. The successful Phase 2 results confirm that the material meets stringent industry standards demanded by battery and electric vehicle manufacturers.

The K.Hill project is one of the few manganese developments globally focused specifically on producing high-purity manganese sulphate monohydrate (HPMSM), a critical raw material used in electric vehicle batteries and energy storage technologies. Demand for battery-grade manganese is expected to rise significantly as global automakers accelerate the transition toward electric mobility and cleaner energy systems.

Giyani Metals has been working closely with downstream processing specialists and battery technology partners to validate the suitability of its manganese products for use in advanced battery chemistries. The successful testing programme is viewed as a major de-risking milestone for the project and could support future commercial agreements with battery supply chain participants.

The company believes the achievement strengthens the economic and technical viability of the K.Hill development while enhancing investor confidence in the project’s long-term prospects. The successful benchmark results are also expected to support ongoing financing discussions and development planning activities.

Botswana continues to position itself as an emerging player in the critical minerals sector, with increasing attention being placed on battery minerals such as manganese, copper, nickel, and lithium. Projects like K.Hill are expected to contribute to economic diversification while supporting Africa’s growing role in global clean energy supply chains.

In addition to advancing project development, Giyani Metals is also focused on building a sustainable and environmentally responsible operation. The company has emphasized the importance of low-carbon processing methods, responsible water management, and local community participation as part of its long-term development strategy.

Industry analysts note that battery-grade manganese is becoming increasingly important as battery manufacturers seek cost-effective alternatives to high-cobalt battery chemistries. Manganese-rich battery technologies are gaining momentum due to their potential to improve battery safety, affordability, and energy density.

With Phase 2 benchmarks now successfully completed, Giyani Metals is expected to continue progressing engineering studies, permitting activities, and commercial discussions as it moves the K.Hill project closer toward becoming a future supplier of battery-grade manganese to global electric vehicle markets.