Production Halt at Steico: How the Wood-Based Materials Industry Is Becoming More Vulnerable

The building materials industry has been struggling for years with supply chain disruptions, material shortages, and volatile markets. Now, a current case shows how vulnerable even established manufacturers are: STEICO, a leading producer of wood-based materials and insulation materials, has had to revise its outlook for the current fiscal year downward. The reason is a production outage whose causes the company has not communicated in detail so far. The incident raises fundamental questions: How robust are the production structures in the wood-based materials industry really? Which risk management strategies are effective – and where are they lacking?

Steico under pressure: When production outages overturn annual planning

Munich-based STEICO SE is no stranger to the industry. The company is among Europe's leading manufacturers of wood fiber insulation and wood-based material panels and is considered a specialist in ecological building materials in the growing segment of sustainable construction. But the latest announcement of the outlook revision shows: Even well-positioned companies are not immune to operational risks. A production outage – whether caused by technical defects, raw material shortages, or other disruptions – can throw the entire annual plan into disarray.

For Steico, the incident comes at a critical time. Demand for ecological insulation materials and wood building products is generally high, driven by stricter energy efficiency requirements and the political goal of CO₂ reduction in the building sector. At the same time, production capacity in the industry is limited, and margins are under pressure from rising energy and raw material costs. An outage in this mix has a double impact: loss of revenue from missing deliveries and additional costs from repairs or production relocations.

Structural weaknesses in wood-based materials production

The Steico case is not an isolated incident, but symptomatic of structural weaknesses in the wood-based materials industry. The production of wood fiber insulation panels, OSB panels or MDF panels is highly mechanized and dependent on continuous processes. Disruptions in plant technology, whether due to wear and tear, technical defects or insufficient maintenance, can quickly lead to outages lasting several days or even weeks. There is also the dependency on specific raw materials: wood fibers, binders and additives must be available in constant quality and quantity.

Compared to other building materials sectors – such as cement or steel industry – the wood-based materials industry is more fragmented and less redundantly structured. While large cement manufacturers often have multiple production sites that can compensate for outages in a crisis, many wood-based materials producers are concentrated in a few locations. This increases vulnerability: if one plant fails, there is no possibility to relocate production in the short term.

Technical risks and maintenance strategies

Modern wood-based materials plants are complex systems that must withstand high temperatures, pressures and mechanical stresses. Presses, dryers and cutting systems operate continuously – often around the clock. Unplanned outages often occur due to wear on critical components that were not replaced in time, or due to software errors in process control. Many manufacturers are increasingly turning to predictive maintenance to avoid such disruptions. However, the implementation of such systems is costly and is not yet widely established among mid-sized companies.

Another risk factor: the availability of spare parts. Especially with older systems or specialized technologies, delivery times for critical components can be several weeks. In an industry operating with tight margins, such downtime can be existential.

Supply chain risks: From raw materials to energy supply

In addition to purely technical outages, external factors are playing an increasingly important role. Wood-based materials production depends on the availability and quality of the raw material wood. In recent years, forest damage caused by bark beetle infestation, drought and storms have led to fluctuations in supply and prices. While damage wood volumes offer cheaper material in the short term, long-term supply security is not guaranteed as a result.

There is also energy dependency: the drying of wood fibers and the pressing processes are energy-intensive. The explosion in prices for natural gas and electricity since 2022 has forced many manufacturers to adjust their production plans or temporarily reduce capacity. While some companies rely on their own electricity production from biomass, others depend on external energy suppliers – and are thus vulnerable to price shocks and supply bottlenecks.

Market impacts: When outages lead to a domino effect

A production outage at a major manufacturer like Steico not only affects the company itself, but also the entire supply chain. Building materials dealers, prefabricated house manufacturers and timber construction companies depend on reliable deliveries. Delays lead to schedule shifts on construction sites, increased costs and, in the worst case, to contractual penalties. Especially at a time when timber construction is gaining importance as a climate-friendly alternative to conventional construction, such disruptions are counterproductive.

Moreover, outages at individual suppliers intensify the already strained competitive situation. Competitors such as EGGER or Kronospan could benefit in the short term from increased demand, but in the long term, confidence in the industry as a whole suffers. Buyers and planners become more skeptical about the delivery capacity of wood-based materials – and may switch to conventional materials instead.

Price pressure and capacity bottlenecks

In a market already characterized by capacity bottlenecks, production outages intensify price pressure. Buyers are forced to turn to more expensive alternatives or accept longer delivery times. This can increase the cost of building projects and weaken the competitiveness of timber construction compared to other construction methods. For the industry as a whole, this is a setback, especially at a time when sustainable building materials are politically and socially demanded.

Resilience strategies: What the industry can learn from the Steico case

The production outage at Steico should be understood as a wake-up call. The wood-based materials industry must rethink and adapt its resilience strategies. This first includes a consistent maintenance and repair policy. Investments in modern plant technology, digital monitoring systems and predictive maintenance are not luxury expenses, but necessary measures to minimize unplanned outages.

Secondly, companies should diversify their supply chain structures. This applies to both raw material supply and the procurement of critical components and energy sources. Long-term contracts, strategic partnerships and regional procurement networks can reduce dependency on individual suppliers.

Third, greater redundancy in production structure is required. Where possible, manufacturers should operate multiple sites or flexible production lines so that they can switch in a crisis. Cooperation between manufacturers – for example as part of production networks or emergency agreements – could be another option to cushion outages.

Transparency and communication

Last but not least, transparency towards customers and partners is crucial. Steico has communicated the production outage and the outlook revision – an important step in maintaining trust. But the industry as a whole must speak more openly about risks and challenges. Only in this way can buyers develop realistic expectations and adjust their own planning accordingly.

Conclusion: Wood-based materials industry must become more robust

The Steico case exemplifies how vulnerable the wood-based materials industry is to operational disruptions. At a time when sustainable building materials such as wood fiber insulation and timber building products are supposed to play a key role in decarbonizing the building sector, such outages are more than annoying – they jeopardize the transformation. The industry must invest in resilience: through better maintenance, diversified supply chains and more flexible production structures. This is the only way to prevent individual disruptions from becoming a domino effect and causing lasting damage to confidence in wood as a building material.

For the entire building materials industry, the Steico incident is a lesson. It shows that technological modernity and ecological orientation alone are not enough. Companies must also be operationally robust in order to withstand the challenges of a volatile market. Buyers, planners and builders should incorporate these risks into their supplier selection and project planning – and if necessary, be prepared for alternative materials or sources of supply.