Data Centers

MISSION-CRITICAL CONCRETE SYSTEMS FOR DATA CENTERS

The AI Buildout Won’t Wait. Neither Should Your Concrete.

PrīmX delivers one accountable concrete system for hyperscale and enterprise data center construction. Design, material behavior, and installation are defined and delivered as one scope. Slab performance is engineered before work starts, reducing coordination risk and controlling material demand from the start.

Controlled Delivery

Defined system from design through construction

Fast-Track Ready

Built for compressed timelines and phased rollouts

One Accountable Scope

Design, materials, and installation aligned

Why Concrete Determines Data Center Success

Concrete Is Not a Commodity in Mission-Critical Construction. Every decision at slab level affects rack alignment, MEP sequencing, commissioning timelines, and long-term operational performance. Most projects treat concrete as a procurement item.

PrīmX treats it as engineered infrastructure

FF/FL

Floor flatness defined and warranted from design
Not negotiated after pour

0

No joints across white space
Continuous surfaces supporting automation

Less

Reduced reinforcement and site congestion
Simplified installation and faster placement

Earlier

Earlier access for MEP and commissioning trades
Shorter path to operation

Performance Built Into the System

Engineered for What Data Centers Demand. As rack densities increase and delivery schedules compress, slab performance must be defined from the start and remain stable over time.

Controlled Shrinkage and Stability

PrīmX controls material behavior from mix design through cure. Shrinkage is managed by design, not managed after the fact. Racks and equipment stay aligned over time. Reduces long-term alignment and settlement risk.

Floor Flatness Defined from Design

Floor surface regularity is specified, designed, and warranted as part of the PrīmX scope - not left to interpretation between trades. Eliminates grinding and correction before equipment installation. Meets FACE, TR34, and ACI 117 flatness tolerances

Thermal Behavior Managed in Large Pours

Mass concrete pours generate significant heat during curing. PrīmX mix design controls temperature gradients and curing behavior, preventing thermal cracking that compromises long-term durability and floor flatness. Critical for hyperscale slab continuity across large white space areas.

Jointless Floors Across White Space

Continuous surfaces eliminate joints that interrupt automated guided vehicles, precision equipment, and maintenance routines. Reduced wear surfaces lower lifetime dust generation in data halls. Supports AGV, robotics, and automation-dense operations.

High-Load Compatibility

Modern AI rack densities impose significant point loads and dynamic forces on slabs. PrīmX systems are designed for these load cases from the outset, not retrofitted to them. Engineered for high-density GPU zones.

Multi-Site Program Consistency

PrīmX delivers using local materials under controlled methods, reproducing the same performance standard across campus phases and global programs, critical for phased hyperscale rollouts where consistency reduces risk between sites. Repeatable delivery across programs in 25+ countries.

Concrete specification gaps are the most common source of rework delays in fast-track data center construction. PrīmX closes that gap before work starts.

Why Split Responsibility Fails Data Center Timelines

Delivery Models

Two Ways to Engage PrīmX: Whether in early design or during construction, PrīmX can be integrated into your project.

Full System Responsibility

Design, Materials & Installation

Structural design and mix engineering
Material supply under defined specification
Supervised installation and quality control
Floor flatness definition and compliance
Documentation and handover

Integration into Existing Design

Performance Upgrade Within Your Project

Reduce reinforcement and placement complexity
Optimize slab thickness and material use
Improve tolerance compliance
Simplify large pour sequencing
Accelerate construction within existing schedule

What This Changes

Built for Every Stakeholder in the Data Center Delivery Chain

Developers

Earlier path to operation and improved cost control

General Contractors

Simplified installation and reduced coordination overhead

Engineers

Defined performance from design stage and fewer redesign cycles

Operators

Stable, low-maintenance floors over the facility life

Safety on Site

Reduced reinforcement lowers manual handling and site congestion.

ESD Environment Support

Continuous surfaces support electrostatic control requirements where specified.

Performance Over Facility Life

Stable slabs reduce long-term disruption from wear, movement, and misalignment.

Sustainability

Lower Embodied Carbon Through Structural Efficiency. Not Offsets.

PrīmX reduces CO₂ at source through structural design:

thinner slabs

reduced reinforcement

optimized material use

Less material and longer service life reduce total project impact.