Critical materials are raw materials or components that are essential for production and at the same time have a high supply risk, whether due to limited availability, geopolitical factors or market concentration. Their systematic identification and management is of strategic importance for procurement in order to ensure security of supply and competitiveness.
Example: An electronics manufacturer identifies rare earths as a critical material, as 85% of global production comes from a single region, and subsequently develops a dual-sourcing strategy with a 6-month stockpile and the qualification of recycling suppliers as an alternative source of supply.
Critical materials are raw materials, components or products whose availability is crucial to a company or industry and where disruptions in supply chain resilience can have a significant impact on production and business operations. These materials are often characterized by limited resources, few alternative suppliers or high dependence on specific geographic regions. Identifying such materials is essential in order to recognize risks at an early stage and take strategic measures to secure supply.
Control over critical materials plays a central role in procurement management. Buyers must ensure that these materials are always available in order to avoid production downtime and maintain the company's competitiveness. This requires proactive risk management, diversification of the supplier base and close cooperation with strategic partners.
Building on the theoretical understanding of critical materials, it is clear that global networking and the growing complexity of supply chains bring with them new challenges. The practical importance lies in minimizing security of supply and ensuring continuity of production. A change from the traditional, reactive approach to a proactive and strategic approach is therefore essential in order to meet the increased requirements.
Traditional approach: In traditional risk management, critical materials were often managed through simple procurement strategies. Companies relied on existing supplier relationships and reactive measures in the event of disruptions. Typical tools included basic supplier evaluation and the maintenance of safety stock to mitigate supply shortages. Key characteristics of this approach were limited market visibility and a lack of long-term strategies. This led to challenges such as unexpected price increases, delivery delays and increased vulnerability to global market changes.
Strategic Criticality Management: This modern approach integrates strategic planning and management of critical materials into company processes. By using advanced analytics and digital platforms, companies gain deeper insights into their supply chains. Innovation points are the diversification of the supplier portfolio, the implementation of early warning systems and collaboration with suppliers for technological developments. Practical benefits include a reduction in supply risks, better cost control and increased flexibility. This enables companies to react proactively to market changes and increase their competitiveness.
Dealing with critical materials requires systematic and forward-looking management. By combining risk diversification, strategic partnerships and innovative technology solutions, companies can strengthen their security of supply in the long term. The development of recycling concepts and alternative materials in particular will become increasingly important in the future. Only those who actively tackle these challenges and invest in future-proof solutions will be able to remain competitive in the long term.