Raw Materials Price Volatility: Causes, Impacts, and Strategies

mark599704
Feb 24
10 min read

The COVID-19 pandemic ushered in an era of extreme volatility in raw material prices. Since then, wars, an increasing frequency and severity of natural disasters, such as hurricanes and wildfires, the emergence of new technologies, and geopolitical and economic uncertainties have all helped to keep raw materials price volatility elevated beyond historical norms.

To navigate this turbulent environment, businesses must adopt proactive and disciplined strategies. Companies can reduce risk by diversifying suppliers, negotiating flexible contracts, and improving demand forecasting to anticipate changes before they disrupt operations. Building strong supplier relationships and monitoring market trends can also help stabilise costs and protect profit margins when markets fluctuate.

Technology also plays an important role. Modern supply chain and inventory management systems provide real-time visibility into material usage, supplier performance, and pricing trends, enabling faster and more informed decisions. By combining careful planning, reliable data, and strong partnerships, businesses can better manage price volatility and maintain more consistent financial performance.

What Is Raw Materials Price Volatility?

Raw materials price volatility refers to rapid fluctuations in the price of raw materials that are essential for the production of goods. When the fluctuations are large and unpredictable, there can be significant impacts on a business’s costs, cash flow, and profits, especially when raw materials are direct inputs to its production processes.

Key Takeaways

Raw materials price volatility reflects rapid, unpredictable shifts in supply and demand.
Natural disasters, geopolitical changes, technology shifts, and demand swings increase volatility.
Price volatility significantly affects supply chains, production costs, pricing, and margins.
Businesses can reduce impact through supplier partnerships, inventory optimisation, redesign, and risk modelling.

Raw Materials Price Volatility Explained

Changes in the balance between raw material supply and demand create price volatility. Raw material prices are usually set through trading in international markets. In a healthy market, prices naturally respond to shifts in supply and demand. When supply is higher than demand, prices fall until balance returns. When demand is higher than supply, prices rise until equilibrium is reached. For example, imagine a new technology sharply increases demand for copper. Producers cannot quickly expand output to match the surge, so buyers compete for the limited supply and prices rise. Later, a more efficient producer enters the market and boosts supply. Because this producer operates at a lower cost, it can offer lower prices. Competing suppliers must follow, and prices decline.

During stable periods, these price movements are usually small and manageable. This is known as low volatility. However, when natural disasters, political tensions, or economic shocks disrupt markets, price swings can become large and unpredictable. This high volatility can create serious challenges for some businesses while opening opportunities for others.

The effects of raw material price volatility ripple across the entire supply chain. Manufacturers that depend heavily on raw inputs often feel the impact first through higher costs or shortages. But the pressure does not stop there. Transportation firms, warehouses, retailers, service providers, and ultimately consumers can all feel the downstream effects. For widely used commodities like oil and gas, price volatility can influence businesses and consumers at the same time.

What Causes Raw Materials Price Volatility?

There is always some movement in prices due to natural fluctuations in supply and demand. However, sudden sharp swings in either supply or demand (or both) can cause rapid and large price shifts, which can be hard for businesses to accommodate. Ordinarily, this happens as a result of a shock, a natural disaster, a sudden geopolitical shift, technology disruptions, or seesawing consumer demand:

Geopolitical shifts: Rapid changes in global power, trade, or alliances, such as the rise of China as a major economic and political force or the emergence of regional trading blocs, can reshape markets. Crises often speed up these changes. For example, the war in Ukraine forced Europe to reduce its reliance on Russian energy, which drove up oil, gas, and wheat prices. Large policy changes among major economies can also disrupt global trade in unpredictable ways. In addition, currency movements, especially in the US dollar, the main pricing currency, can further amplify raw material price swings.
Natural disasters: Natural disasters can severely disrupt the production of raw materials, creating sudden supply shortages that push prices higher. These increases can be dramatic, for example, in 2005, Hurricane Katrina significantly interrupted oil production, sending oil prices to record highs and raising gasoline prices by about 20%. If the disruption is brief, companies may rely on existing reserves to avoid buying at elevated prices. However, when a disaster causes long-term damage to global production of a specific raw material, it can lead to permanently higher prices.
Emerging technology: New technologies often require specific raw materials, causing sudden increases in demand and price spikes. For example, the growth of electric vehicles (EVs) has sharply increased demand for lithium, cobalt, and nickel, key materials used in EV batteries. Renewable energy technologies, such as solar panels and wind turbines, are also boosting demand for metals like copper, steel, and rare earth elements, along with minerals such as manganese and graphite. At the same time, emerging technologies can make older solutions obsolete, reducing or even eliminating the need for certain raw materials. Innovations in recycling and material substitution, for instance, using recycled plastics in road construction, can also lower demand for virgin raw materials and push their prices down.
Changes in consumer demand: When consumers want more products that depend on certain raw materials, demand for those materials rises. If supply cannot keep up, prices increase. On the other hand, when consumer demand drops, demand for the related raw materials also falls. This can push prices down as suppliers compete for fewer buyers. Demand shifts often become stronger as they move up the supply chain. For example, a small change in retail demand can force manufacturers to make bigger production adjustments and cause even larger changes in raw material orders. This pattern, known as the “bullwhip effect”, can create significant raw materials price volatility.

What Are the Business Impacts of Raw Materials Price Volatility?

Volatile raw material prices affect supply chains, production costs, pricing strategies, and profit margins. They can also influence research and development (R&D), strategic planning, and overall financial performance. Key business impacts include:

Supply Chain Disruptions

Price spikes can cause production delays and higher costs at every stage, reducing profitability. Even falling prices, while seemingly advantageous, may trigger supplier failures, disrupt supply chains, and frustrate customers. Unpredictable swings in raw material prices make it difficult for businesses to plan inventory, schedule production, control costs, and set consistent pricing strategies.

Smaller Margins

Spikes in raw material prices caused by natural disasters or new trade regulations can reduce profit margins across affected product lines. Conversely, falling prices may improve margins. The impact on profitability depends on a business’s ability to pass increased costs to customers through higher prices or absorb them by reducing inventory or cutting expenses.

Higher Storage Costs

When raw material prices are volatile, businesses may hold larger inventories to hedge against future price spikes. This increases the need for warehouse space, raising storage costs. Additionally, sudden demand for storage can drive up commercial warehouse rents, further adding to expenses.

Price Increases

Sudden spikes in raw material prices raise production costs throughout the supply chain. Businesses must pay more for both direct and indirect inputs, which often leads to higher prices for end customers.

Hamstringing Decisions

Volatile raw material prices make forecasting, budgeting, and strategic planning difficult. Rising costs strain cash flow and squeeze margins, forcing managers into short-term firefighting instead of long-term decision-making. Sustained uncertainty can lead to missed opportunities, stagnation, and lower profits.

Impacts to R&D

High price volatility may hinder innovation as companies reconsider or scale back R&D projects. Unpredictable production costs and supply disruptions make long-term planning difficult. On the upside, falling raw material prices can encourage R&D that explores alternative uses or new product formulations.

Weaker Supplier Relationships

Price swings strain buyer-supplier partnerships. Suppliers may renegotiate contracts or impose short-term agreements to cope with costs. Buyers may seek alternative sources to mitigate risk. Disrupted pricing and production can harm trust and create delays, destabilising long-standing relationships.

Strategies That Help Address Raw Materials Price Volatility

Raw materials price volatility can pose serious risks to a business. In the worst-case scenario, it can bring about business failure. On the plus side, however, it may generate new business opportunities. Here are 10 strategies to help protect against the adverse effects of raw materials price volatility, while taking advantage of potential benefits:

Build Supply Chain Resiliency

A resilient supply chain anticipates risks and reduces their impact. Businesses facing raw materials price volatility can strengthen resiliency by protecting key supplier relationships, diversifying sources, and monitoring the supply chain with real-time technology. Clear communication and collaboration among suppliers, distributors, and internal teams further help identify bottlenecks and maintain smooth operations even during price fluctuations.

Avoid Supplier Overreliance

Relying too heavily on a single supplier can amplify risks during raw material price volatility. Suppliers may raise prices or fail to pass on cost decreases. Businesses can mitigate this risk by diversifying their supplier base, sourcing from multiple regions, and avoiding dependence on one supplier, especially in geopolitically sensitive or disaster-prone areas.

Focus on Margin Management

Monitoring profit margins closely helps businesses limit losses from raw materials price volatility. Automated tools provide near real-time insights, allowing managers to adjust pricing, hedge risks, or modify product lines and customer segments to protect the bottom line. Staying alert to margin trends also highlights areas that could benefit when raw material costs fall.

Consider Both Indirect and Direct Costs

Raw materials price volatility affects both direct and indirect costs. Direct costs come from the raw materials in a product, such as lithium for EV batteries. Fluctuating prices directly impact production costs. Businesses can manage this by using smart inventory management to buy low, limit exposure to high prices, or hedge with long-term contracts or financial instruments.

Indirect costs include transportation, storage, and handling, as well as materials used during production that don’t appear in the final product. Volatility in fuel or logistics costs can raise overall expenses. Strategies to control indirect costs include shortening supply chains, onshoring or nearshoring, improving materials management, and using technology to lower energy costs.

Redesign Products or Packaging

Businesses can reduce raw material costs by redesigning products or packaging to use more affordable materials. Switching to raw materials with naturally lower market prices or those sourced from multiple suppliers provides better negotiation leverage and reduces exposure to supplier price spikes. Strategic redesign also allows businesses to capitalise on periods when raw material prices drop, lowering overall production costs while maintaining product quality.

Create Long-Term Contracts

Businesses can protect themselves from raw materials price volatility by entering long-term, fixed-price contracts. These agreements make budgeting and forecasting more reliable, stabilise customer pricing, and reduce uncertainty in decision-making. However, fixed contracts may prevent taking advantage of falling prices and can create risks if suppliers cannot absorb rising costs. To mitigate this, contracts should include break clauses or repricing points. Alternatively, financial instruments like futures, swaps, and options can hedge against price swings, though they require careful management and can be costly.

Optimise Inventory Practices

Optimising inventory is a key strategy against raw materials price volatility. By balancing stock levels with demand, businesses can control costs while ensuring product availability. Smart technology helps forecast demand, determine optimal inventory, and set reorder points. For rising raw material prices, optimised inventory ensures production continues without interruption. When prices fall, companies can increase production or stockpile finished goods to benefit from lower costs, all while managing storage and warehousing limitations. This approach smooths out volatility and supports a consistent supply to customers.

Perform Stress Tests and Risk Modelling

Businesses can protect themselves from raw materials price volatility by testing how sensitive their operations are to sudden price swings. Risk modelling allows managers to simulate different scenarios, such as rapid or large changes in raw material costs, to see how these shifts affect production, cash flow, and profits. Stress tests go further, modelling extreme events like oil embargoes, natural disasters, or critical supply shortages. By identifying vulnerabilities in advance, businesses can implement mitigation strategies, improve resilience, and respond quickly when real-world volatility occurs.

Consider Building Price Flexibility Linked to Costs

Businesses facing volatile raw material prices can protect profits by linking product or service prices to input costs. One method is cost-plus contracts, where the final price equals total costs plus a markup; if raw material costs rise, so does the selling price, preserving margins. Another approach is rise-and-fall clauses in fixed-price contracts, allowing adjustments for changes in material or labour costs over long lead times. While these strategies help safeguard profitability, they may reduce customer demand if prices increase sharply.

Reduce Dependencies by Recycling or Reusing Materials

Businesses can limit reliance on raw materials by recycling or reusing existing materials. This may require product or packaging redesign, making it a strategic choice rather than a short-term reaction to price spikes. Using recycled or reusable materials reduces costs, cushions against raw material price volatility, and can make products more sustainable and environmentally friendly, strengthening both profitability and brand reputation.

Conclusion

Understanding and managing raw materials price volatility is critical for protecting profits, maintaining smooth operations, and ensuring long-term business sustainability. Companies that proactively monitor prices, optimise inventory, and adopt strategic measures can turn volatility into a competitive advantage.

Raw Materials Price Volatility FAQs

What happens when the price of raw materials increases?

When raw material prices rise, production costs go up. Businesses may delay the impact by using stockpiles, reducing output, or running down product inventory. They can also cut other costs, renegotiate contracts, or pass the increase to customers. If none of these options is viable, profits fall.

Why is the cost of raw materials important?

Raw material costs directly affect profitability. High raw material prices relative to product pricing reduce margins and may threaten business survival. Accurate forecasts are essential for strategic planning, product design, and long-term financial decisions.

How do you calculate raw material price variance?

Raw material price variance shows whether a company paid more or less than expected. Formula: (Actual price - Standard price) × Actual quantity. Positive variance means higher costs than planned; negative variance indicates savings.

Can raw material price volatility affect product pricing?

Yes. Volatile costs can force businesses to adjust product prices frequently. Some companies use cost-plus pricing or rise-and-fall clauses in contracts to align selling prices with material costs and protect profit margins.

How can businesses mitigate raw material price volatility?

Companies can diversify suppliers, build long-term contracts, optimise inventory, redesign products or packaging, and recycle materials. Financial hedging instruments like futures, options, or swaps can also protect against sudden price swings.

Does raw material volatility impact supply chains?

Absolutely. Volatility can disrupt procurement, production schedules, and logistics. It can also strain supplier relationships, delay shipments, and increase storage and operational costs.