The building materials supply chain remains one of the most significant areas of risk for manufacturers, distributors, contractors, and investors. Following a period of severe disruptions caused by geopolitical tensions, energy price fluctuations, transportation constraints, and shifts in demand, the market is entering a phase that, on the one hand, shows signs of normalization, but on the other hand, does not eliminate the sources of volatility. In practice, this means moving away from thinking about supply solely in terms of cost and availability toward a broader approach to managing operational resilience.

For market participants, the key question today is not only whether materials will be available, but also where they will come from, what the delivery times will be, how predictable prices will be, and what regulations will apply. In this context, the PMR Market Experts team publishes periodic reports that support the assessment of sectoral changes and help identify market development scenarios. After 2025, rather than simply expecting stability, it seems more prudent to prepare for selective uncertainty—which will vary depending on the materials segment, the structure of imports, and the investment climate in the construction industry.

Why will the issue of the construction materials supply chain remain strategic after 2025?

In the construction industry, the availability of materials directly affects project schedules, contractor margins, and the ability to secure new projects. Even with weaker demand, some companies continue to face pressure related to the instability of supplies for certain product groups, longer order fulfillment times, and limited predictability of logistics costs.

The importance of this area is also growing because the supply chain is no longer solely a procurement function. It is becoming an element of competitive strategy. A company capable of responding more quickly to supply disruptions, diversifying its supply sources, and better planning its inventory gains not only an operational advantage but also a commercial one.

After 2025, decisions regarding material procurement will increasingly be linked to an analysis of regulatory, energy, and environmental risks. This applies in particular to energy-intensive sectors and those that rely heavily on imported components or raw materials.

Is the market really entering a stabilization phase?

In many segments, greater predictability can be expected than during the period of greatest turbulence. However, stabilization does not necessarily mean a return to the conditions that existed before the crises of recent years. The market has learned to operate with a higher degree of caution, and supply chain participants are more likely to factor risk into their pricing, contracting, and inventory policies.

A scenario of partial stabilization is more likely—understood as a reduction in the scale of sharp fluctuations, while sensitivity to external factors remains elevated. This means that the recovery may proceed unevenly. Some material groups will see the improvement sooner, while others will remain vulnerable to local or global disruptions.

How should we understand “stabilization” in the context of the construction industry?

Stabilization in the supply chain does not merely mean a decrease in price pressure. It also means greater predictability in lead times, less volatility in product availability, fewer sudden changes in shipping conditions, and easier planning of orders several quarters in advance.

From the perspective of an investor and a contractor, stabilization has practical benefits. It simplifies the calculation of bids, reduces the need to maintain excessive inventory buffers, and minimizes the risk of delays resulting from a shortage of individual components critical to the project’s completion.

What sources of uncertainty could shape the market after 2025?

A new phase of uncertainty may stem not from a single dominant shock, but from the overlap of many factors of moderate intensity. Such a situation can be more difficult to manage than a single crisis, as it makes it harder to set priorities and increases the number of possible scenarios.

In construction materials supply chains, geopolitical factors, the availability of energy and fuels, changes in labor costs, currency risks, trade policy, and regulations regarding the environmental footprint of products are of particular importance today. Their impact may vary depending on the category of materials and the company’s procurement model. 

Among the most important factors, the following should be noted:

• geopolitical tensions and potential trade restrictions,
• fluctuations in energy and transportation costs,
• dependence on imports of certain raw materials and intermediate goods,
• regulatory pressure related to decarbonization and environmental reporting,
• difficulty in predicting the pace of new construction projects.

Will geopolitics continue to affect prices and availability?

The risk of geopolitical factors affecting prices and availability remains real. Building materials and their components are embedded in broader industrial supply chains. This means that even if the final product is manufactured locally, its cost and availability may depend on imported raw materials, processing additives, packaging, machinery, or energy.

A disruption at just one stage is enough to cause delays or cost pressures. That is why, after 2025, mapping supply chain dependencies—rather than simply evaluating direct business partners—will become increasingly important.

What role will environmental regulations play?

Increasing requirements regarding energy efficiency, production emissions, and the documentation of environmental parameters may alter manufacturers’ cost structures and competitiveness. Some companies will view this as a burden, while others will see it as an incentive to modernize and build a quality advantage.

For customers, this means they need to verify not only the price and delivery date, but also the product’s compliance with future design and bidding requirements. In many sectors, suppliers who can combine supply stability with transparency in product data will gain a competitive edge.

Which segments of the building materials industry are most vulnerable to fluctuations?

The greatest vulnerability to disruptions usually occurs where production is energy-intensive, there is a reliance on imported raw materials, or there is a concentration of supply on the part of producers. This also applies to groups of materials for which it is difficult to quickly find substitutes that meet the same technical requirements.

In a risk analysis, it is important to distinguish between bulk materials and specialized products. For the former, the scale of production, logistics, and energy costs are key factors. For the latter, the deciding factors are more often the availability of technology, certification, dependence on individual suppliers, and the time required to implement alternatives.

Segment-based analysis is also important because the construction market does not react uniformly to changes in demand. Residential construction behaves differently from infrastructure, industrial, or warehouse construction. This results in varying trends in orders for specific materials.

How should companies adjust their procurement strategies?

After 2025, an effective procurement strategy will be based on a balance between cost-effectiveness and supply resilience. A model based solely on the lowest price may prove insufficient if, at a critical moment, there is a lack of availability or timely delivery.

Long-term relationships with suppliers, the evaluation of alternative sources of supply, and the segmentation of materials based on their criticality to projects are becoming increasingly important. In practice, not all categories require the same level of security. It is therefore advisable to take a differentiated approach.

What steps should be taken right now?

The most useful measures are those that improve risk visibility and shorten response times. They do not always require large investments. Often, it is more important to organize procurement data and implement clear escalation procedures.

Among the most important measures that support better risk management and increase operational flexibility are the following:

• divide the materials into critical and non-critical categories,
• identify the actual share of imports in purchases, including indirect imports,
• maintain a verified list of alternative suppliers,
• analyze delivery dates not only historically but also seasonally,
• Involve the purchasing, logistics, and sales departments in joint demand planning.

It is also a good idea to regularly update the terms of contracts with customers and contractors. If the market remains volatile, overly rigid price or deadline commitments can increase operational risk more than the rise in material costs alone.

Will nearshoring and regionalization of supply chains become the norm?

In many industries, there is growing interest in shortening supply chains and strengthening cooperation with regional partners. This trend will be evident in the building materials sector, but a complete shift away from global connections should not be expected. The deciding factors will be production economics, the availability of raw materials, and the technological advantages of specific locations.

However, regionalization can increase operational resilience in cases where the cost of potential delays outweighs the savings resulting from cheaper imports. This applies in particular to materials that are critical to the production schedule and to products for which transportation and storage are particularly vulnerable to disruptions.

Assessing the cost-effectiveness of nearshoring requires comparative data on costs, delivery times, quality, and risk. Reliable, up-to-date industry reports can be helpful in this regard, as they allow for an examination of changes in supply and demand not only from the perspective of a single company but also from that of the entire sector.

How can we forecast demand when investments are growing unevenly?

One of the biggest challenges after 2025 will be the divergence among construction segments. The growth rates for residential, infrastructure, industrial, and public projects may all differ. This means that forecasting demand for materials requires a more detailed approach than simply looking at a single, aggregate category of the construction market.

In practice, it is necessary to consider several scenarios. In Polish analyses, research conducted by, among others, independent analytical and research centers can be helpful. 

In addition, it is worth consulting market forecasts, which help assess potential changes in demand over specific time horizons and across different customer segments.

The greatest value comes from combining macroeconomic data, information on the investment pipeline, and sales insights from the local market. Only this approach makes it possible to determine in advance whether the expected recovery will translate into actual orders or remain merely a sign of market sentiment.

What role will data and analytics play in supply chain management?

In an environment of increased volatility, companies that can turn data into decisions more quickly gain a competitive edge. It’s not just about digitizing the procurement process, but about the ability to integrate information from multiple sources—from inventory levels and delivery dates to demand signals, cost dynamics, and external factors.

Monitoring leading indicators is becoming increasingly important. These include not only raw material and energy prices, but also the number of requests for proposals, investor activity, changes in the structure of orders, and the concentration of purchases with individual partners. This allows for an earlier response, before a problem becomes a serious operational issue.

In situations that require a restructuring of the supply model or an assessment of new directions for growth, it is advisable to seek personalized consulting services based on market analysis, competitive analysis, and industry-specific scenarios.

Key Findings

After 2025, it is difficult to expect a full return to stable and easily predictable operating conditions for construction material supply chains. A hybrid model is more likely—featuring areas of relative stability alongside persistent, localized sources of risk. This requires companies to be more selective in managing their procurement, inventory, and supplier relationships.

Among the most important conclusions that should serve as a reference point for purchasing and strategic decisions, the following should be noted:

• Stabilization will be uneven and will depend on the material segment,
• The greatest risk will remain in areas dependent on energy, imports, and regulation,
• Scenario-based planning will be more effective than ad hoc responses,
• Companies that combine market data with operational practices will gain a competitive edge,
• Regular monitoring of sectoral changes should become a standard part of strategic decision-making.

How can PMR Market Experts support your strategy?

Organizations that streamline their procurement policies early enough, identify vulnerabilities in their supply chains, and better align sales planning with market analysis will be better prepared for both periods of recovery and future disruptions. If you need an assessment of scenarios for the building materials market or assistance in interpreting shifts in supply and demand, please contact us.

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Hume’s Institute stands for knowledge. PMR Market Experts stands for experience. When we join forces, you gain a competitive edge. See how we can support your business.

Hume’s Institute stands for knowledge. PMR Market Experts stands for experience. When we join forces, you gain a competitive edge. See how we can support your business.

Dariusz Śmiejkowski

Chief Executive Officer