WORLD CRITICAL MINERALSRESOURCES. RESILIENCE. PERSPECTIVE.
INDUSTRIES

Material decisions reach
far beyond the mine.

Start with an application and work backwards to the material, the specification and the qualification requirements.

01 / APPLICATION-LED DISCOVERY

Begin with what industry
needs the material to do.

01 / APPLICATION

Energy storage

Lithium, graphite, nickel, cobalt and manganese can appear in different battery chemistries. Not every chemistry uses every material.

Questions to resolve
Chemistry choice; cathode/anode specification; cycle life; safety; qualified supplier lead time.

Explore a relevant material
02 / APPLICATION

Electricity networks

Copper supports electrical equipment and conductors; engineering requirements determine where alternatives are appropriate.

Questions to resolve
Conductor performance; equipment design; grid delivery schedules; embodied material requirements.

Explore a relevant material
03 / APPLICATION

Magnets & motion

Selected rare-earth elements are used in permanent magnets for high-performance motors and other applications.

Questions to resolve
Magnet grade; temperature performance; separation and alloy route; magnet manufacturing capacity.

Explore a relevant material
04 / APPLICATION

Electronics & communications

Gallium and germanium have specialist roles in semiconductor and optical applications. Product form and purity matter.

Questions to resolve
Device-specific grade; substrate or precursor route; qualification; export-control checks for the actual transaction.

Explore a relevant material
05 / APPLICATION

Advanced manufacturing

Tungsten and other specialist inputs contribute hardness, wear resistance and temperature performance.

Questions to resolve
Carbide or metal product form; tool performance; regrinding and scrap recovery options.

Explore a relevant material
06 / APPLICATION

Industrial materials

Antimony and manganese have uses across alloys, chemicals and other industrial products. Uses depend on the material form.

Questions to resolve
Substance identity; product specification; applicable controls; end-of-life handling.

Explore a relevant material
Sources & context

USGS — Mineral Commodity Summaries 2026 ↗
6 February 2026; revised May 2026 · Reviewed 5 November 2026.

IEA — Global Critical Minerals Outlook 2026 ↗
16 July 2026 · CC BY 4.0 · Reviewed 5 November 2026.

02 / PROCUREMENT CONTEXT

A candidate source
is a starting point.

Location alone does not establish responsible sourcing, compliance, qualification or continuity of supply.

Investigate the legal entity, ownership, chain of custody, material specification, environmental and social evidence, sanctions and export rules, logistics, and contract terms for the actual purchase.

World Critical Minerals provides educational context and a planning brief. It does not certify suppliers or provide transaction-specific legal advice.

Test a supply assumption