The rapid rise of data centers—driven largely by artificial intelligence, cloud computing, and digital storage needs—is quietly becoming one of the biggest forces reshaping the construction and Lumber and Building Materials (LBM) industry. What used to be a relatively specialized segment of commercial construction has now turned into a massive infrastructure wave that is expected to grow another 15% or more in the near term.

For LBM dealers, contractors, and suppliers, this shift is not just another cycle in construction demand. It’s changing how materials move, how labor is allocated, what gets built first, and even what materials are in highest demand. In many ways, the data center boom is creating a parallel construction economy that is competing directly with residential and traditional commercial building.

Here’s what’s happening—and why it matters.

1. Labor is being pulled toward data centers, leaving residential builders behind

One of the most immediate impacts of the data center construction surge is the strain it places on skilled labor.

Data center projects are highly attractive to contractors because they are large, long-term, and financially stable. According to data from the Associated Builders and Contractors (ABC), about 14% of contractors are now tied up in data center work, and those firms are sitting on backlogs averaging 11.6 months. In simple terms, their schedules are full and their revenue streams are locked in well ahead of time.

That sounds like a positive story—but only for those inside the data center pipeline.

For everyone else, especially residential builders and smaller commercial contractors, the situation is very different. Skilled labor is increasingly concentrated in these large industrial builds. Electricians, concrete crews, steel workers, and other trades are being pulled into data center projects where pay is higher and timelines are longer.

The result is a squeeze effect. Local builders and LBM dealers who serve them are seeing:

- Higher labor costs
- Longer project timelines
- More unpredictable contractor demand
- Reduced confidence among residential builders

Since residential contractors are the backbone customer for most independent LBM yards, this shift is creating real pressure throughout the traditional building supply chain.

2. A surprising opportunity: mass timber is entering industrial construction

While some materials are being squeezed, others are finding new opportunities.

Data center operators—especially major hyperscale companies—are under increasing pressure to reduce their carbon footprint. Governments, investors, and corporate sustainability goals are all pushing for lower-emission construction methods.

This is where wood is making an unexpected comeback.

Organizations like the Softwood Lumber Board and WoodWorks are actively promoting mass timber systems such as:

- Structural wall panels
- Hybrid timber-steel systems
- Timber shear walls for industrial structures

Traditionally, data centers have been built with steel and concrete. But mass timber offers a lower-carbon alternative that still delivers strength and scalability.

For the LBM industry, this is significant. It opens up a new category of high-volume structural demand that didn’t exist in industrial construction at scale before. Instead of competing only in residential framing or light commercial builds, lumber suppliers now have a path into large institutional and industrial projects.

In short, the data center boom is not just consuming materials—it is reshaping which materials are even considered “standard” in large-scale construction.

3. Supply chains are tightening as metals and core materials get crowded out

Another major impact of the data center surge is pressure on raw material supply chains, especially metals.

Modern data centers are extremely resource-intensive. They require massive amounts of:

- Steel for structural frameworks
- Copper for electrical systems and connectivity
- Aluminum for infrastructure components

As demand spikes, prices follow. Industry projections show structural steel shapes increasing by roughly 18.6%, while reinforcing bar (rebar) is expected to rise around 11.4%.

For LBM dealers who carry commercial-grade materials, this creates several challenges:

- Higher inventory costs due to price volatility
- Stricter supplier allocations
- Reduced availability of key structural products
- Increased difficulty locking in project pricing

Even when dealers are not directly supplying data center projects, they still feel the ripple effects. When large-scale buyers absorb supply, smaller regional projects often get pushed to the back of the line or face higher costs.

In effect, the data center sector is crowding out traditional construction demand in certain material categories.

4. Prefabrication and modular construction are becoming the new standard

Speed is everything in the data center world.

Every delay in construction means delayed computing capacity, and in today’s AI-driven economy, that translates into lost revenue. To solve this, developers are increasingly shifting toward off-site prefabrication and modular construction methods.

These methods allow components of data centers to be built in controlled factory environments and then assembled on-site. The result is dramatic efficiency gains—project timelines can be reduced by 30% to 50%.

This shift is also changing how LBM companies operate.

Instead of primarily supplying materials to job sites, many distributors are now:

- Selling in bulk to prefab manufacturing plants
- Supporting component fabricators instead of general contractors
- Supplying engineered assemblies rather than raw materials

This is a major structural change for the industry. The traditional model of “yard to job site” is gradually being replaced by “yard to factory to site.”

For LBM businesses that adapt, this creates opportunities for more stable, high-volume contracts. For those that don’t, it risks losing relevance in a rapidly evolving supply chain.

5. Construction volume is rising—even if material mix is changing

One of the most misunderstood aspects of data center construction is how material usage actually breaks down.

While data centers require heavy foundations and reinforced structures, their overall cement intensity is actually lower than traditional multi-story office buildings. According to data from the Portland Cement Association (PCA), data centers use about 66% of the cement intensity of a comparable office structure.

However, that does not mean lower demand overall.

The key difference is scale.

Data center campuses often span more than 200 acres, and construction happens in phases over multiple years. The cumulative effect is massive. Total cement consumption across large projects can reach an estimated 860,000 metric tons over time.

So even if each individual building is more efficient, the sheer volume of continuous construction keeps demand for heavy materials consistently high.

For suppliers, this means steady, long-term consumption rather than short spikes tied to traditional commercial cycles.

The bigger picture for the LBM industry

What’s happening with data centers is not a short-term trend—it’s a structural shift in construction demand.

For the LBM industry, the implications are clear:

- Labor is being reallocated toward large industrial projects
- New materials like mass timber are gaining entry into heavy construction
- Metal supply chains are tightening and becoming more expensive
- Prefabrication is replacing traditional on-site material delivery models
- Construction volume is increasing, but material usage is becoming more specialized

The winners in this new environment will be companies that can adapt quickly—those that understand not just what is being built, but how it is being built differently.

In many ways, the data center boom is doing more than reshaping construction. It is redefining the role of the LBM industry itself.