Demand for data centres is exploding.
The construction of data centres is accelerating sharply, driven by the surging demand for cloud services, artificial intelligence workloads and the ever‑expanding digital infrastructure that underpins modern life.
Globally, data centre construction spending has reached record levels, reflecting a rapid shift toward larger, more complex hyperscale facilities.
What does this mean? Speed-to-commissioning is everything.
Data Centre Construction Programs are Blowing Out, Globally.
Concrete failures, delays, and costly rework are real.
Modern data centres place extraordinary demands on construction materials. High heat loads, sensitive electronics and the need for long-term structural resilience require careful planning well before the very first pour of concrete.
Designers and engineers understand that these facilities must operate under tightly controlled environmental conditions. Many of these conditions begin with the concrete beneath their feet.
Data Centres Run on Servers. The Servers are Surrounded by Concrete.
Servers and related equipment generate substantial heat during operation. This creates mechanical and thermal stresses that can accelerate deterioration in untreated concrete.
Along with this, long-term carbonation leads to surface breakdown and the release of dust particles, which can obstruct airflow and raise internal temperatures inside server enclosures.
Concrete dust poses a dual risk.
It affects the health and cleanliness of the facility and it threatens the thermal performance and reliability of delicate hardware. The dusting process is gradual but persistent, particularly when floor slabs remain unsealed.
Specialist coatings can help, but only when applied under ideal conditions and after full curing of the concrete. In real project environments, those conditions rarely align with the demands of a tight construction schedule, as cabling and equipment may be introduced before the concrete is ready for coatings to be applied.
What is more, many coatings must be regarded as temporary, requiring regular re-work or maintenance.
If the concrete itself fails, everything fails.
 |
Concrete – the Underestimated Foundation.
Advanced MARKHAM concrete hydrogel treatments address these challenges at their source.
When applied to fresh concrete, these treatments react to form an internal hydrogel that blocks moisture pathways and prevents carbonation. Because the reaction is internal, not surface-based, the protection lasts for the life of the concrete.
The treatment is completely non-combustible, providing added reassurance for data centre environments with strict fire rating requirements.
MARKHAM – Your Project Partner.
- Long-term dust prevention
- Non-combustible treatments
- Enhanced concrete density and durability
- Lower lifetime maintenance requirements
- Replacement of paint-based dust control
- Programme efficiency gained from early application
Designing for Modern Data Centre Specifications.
Advanced hydrogel technology for concrete strengthens the performance, safety and lifespan of data centre infrastructure.
For construction designers and structural engineers seeking to reduce risk and increase efficiency, to meet the unique demands of these facilities, MARKHAM concrete treatments offer a practical, proven and project-friendly solution.
Are you involved in projects of this type? Get in touch with our friendly team to discuss your requirements!
Like to learn more about concrete durability and protection? Try our on-demand webinar, “Risk Reduction in Concrete Construction“.
