Reinforce your existing raised floor for AI and GPU infrastructure.
Diamond installs beneath your existing raised-access floor to add structural support where it’s needed most, engineered for 5,000+ lb equipment loads without shutting down operations.
Diamond™ Raised-Floor Reinforcement System
ECS-DD100 | Drop-In Composite Pedestal GridKeep the raised floor you already have. Diamond installs beneath targeted areas of an existing raised-access floor to add structural support, helping data centers support heavier AI, GPU, and liquid-cooled infrastructure without replacing the raised floor, drilling into the slab, or shutting down servers.
Adding capacity to the floor you already have.
The load grew. The floor didn't.
A different era of equipment
Most raised access floors in service today were designed for a different era of equipment. A floor specified fifteen years ago was sized around racks weighing a fraction of what high-density compute and storage cabinets weigh now. The panels and stringers are sound. The pedestals are sound. The load simply grew.
Replacement isn't an option
Replacing a raised floor means shutting down the space, pulling equipment, and rebuilding the understructure, an option most operators cannot take. The Diamond Pedestal was developed for the operators who need more floor capacity and cannot afford to stop.
We evaluate your floor, not a generic specification.
Every raised-access floor installation is different. Floor height, grid module, stringer profile, slab condition, and seismic requirements all affect the right configuration. We review the specifics of your floor before recommending a solution.
Send us your floor manufacturer, grid pattern, existing understructure documentation, and target rack loads. We will tell you plainly what the Diamond Pedestal can add to your floor, and when a different approach is better suited.
Floor manufacturer
Tate, Kingspan, Haworth, Raised Floor Solutions, and others, grid geometry and stringer profiles vary by manufacturer.
Grid module
Standard 24″ × 24″ module, 24 in metric, and non-standard configurations.
Floor height
Underfloor clearance affects column length, adjustability range, and lateral performance.
Stringer profile
Roll-formed, extruded, and structural stringer sections each present different bearing conditions.
Pedestal configuration
Head geometry, existing load ratings, and anchor conditions at the slab.
Slab condition
Concrete flatness, existing penetrations, slab thickness, and anchor capacity.
Existing floor rating
Concentrated load and uniform load ratings from the current understructure documentation.
Target rack weight
Populated rack weight including servers, power distribution, and rear-door cooling.
Seismic criteria
Site Sₛ value, facility risk category, and applicable code jurisdiction.
Documentation for engineers, specifiers, and contractors.
Resources marked "Available Upon Request" are provided through our engineering review process.
Technical Data Sheet
Material properties, load ratings, and dimensional data for the ECS-DD100.
DownloadInstallation Guide
Step-by-step field installation procedure including leveling and connection details.
Available Upon RequestProduct Specifications
Full dimensional, material, and performance specifications.
Available Upon RequestStructural Design Basis
Gravity, seismic, and overturning load cases with analysis methodology.
Available Upon RequestCAD / STEP Model
3D model for mechanical coordination and clearance verification.
Available Upon RequestMaterial Test Data
ASTM D790, D695, D3039, D5379 test reports for pultruded GFRP.
Available Upon RequestSample PE Calculations
Example project-specific PE-stamped structural calculation package.
Available Upon RequestCSI Specification
3-part CSI MasterFormat specification section for project manual inclusion.
Available Upon RequestSubmittal Package
Complete submittal including product data, shop drawings, and certifications.
Available Upon RequestBuilt for the people who have to make this decision.
Data Center Operators
"I need to deploy AI infrastructure now. My floor wasn't rated for this."
- Minimal operational disruption
- Verifiable structural capacity
- Fast, incremental deployment
- No floor replacement cost or timeline
Colocation Providers
"My premium tenants are asking for rack slots my floor can't support."
- Expand AI-capable rack inventory
- Protect existing tenant uptime
- Leasable capacity within weeks
- Defensible structural documentation
Structural Engineers
"I need to evaluate and stamp a floor reinforcement approach."
- ASTM-tested material data
- Full design basis documentation
- PE-stamped calculation packages
- Seismic and gravity load analysis
General Contractors
"I need a specifiable, installable product that passes AHJ review."
- CSI specification sections
- Submittal packages
- Installation documentation
- PE-stamped drawings for permit
Infrastructure & OEM Partners
"My hardware needs floor support that meets facility specifications."
- Load ratings matched to rack weights
- Compatibility with standard floor grids
- Coordinated installation planning
- Technical data for procurement review
Three approaches to increasing floor capacity.
The right approach depends on your facility, timeline, and operational constraints. This comparison reflects general characteristics, project-specific conditions vary.
| Criteria | Diamond RetrofitRaised-Floor Reinforcement System | Traditional Steel ReinforcementAdded framing or posts | Raised-Floor ReplacementFull understructure rebuild |
|---|---|---|---|
| Operational disruption | None, installs through a single open tile | Moderate, requires access below floor | Significant, full floor shutdown required |
| Server downtime | Not required | Typically required in work zone | Required for full area |
| Installation time | ~45 min per 8 sq ft bay | Variable; requires coordination | Weeks to months |
| Slab penetration | Not required | May be required for anchors | Required |
| Corrosion resistance | Inherent, composite material | Requires coating or galvanization | Depends on new system specified |
| Electrical conductivity | Nonconductive composite | Conductive | Depends on new system |
| Incremental deployment | Yes, tile by tile, zone by zone | Limited | No, full area replacement |
| Existing pedestals retained | Yes | Yes | No |
| PE-stamped documentation | Available nationwide | Depends on contractor | Required for new system |
| Seismic resistance | Four-column braced truss geometry | Depends on design | Depends on new system |
This comparison is illustrative. Actual performance characteristics depend on facility-specific conditions, existing floor specifications, project scope, and applicable code requirements. Consult a licensed structural engineer for project-specific guidance.
Where the Diamond system gets deployed.
AI & GPU rack deployments
High-density GPU racks arriving at 3,000–5,000 lbs that exceed legacy floor ratings. The most common deployment today.
Liquid-cooled server infrastructure
Rear-door heat exchangers and direct liquid cooling systems add significant weight beyond the server hardware itself.
Equipment travel paths
Designated heavy-equipment lanes through active data halls for moving high-density hardware without floor failure risk.
Colocation AI tenant build-outs
Colo operators supporting premium AI tenants who demand rack slots their floor wasn't originally rated to handle.
Seismic zone deployments
Facilities in seismic zones requiring multi-axis rack stability beyond what single-shaft pedestals can provide.
Phased capacity upgrades
Adding floor reinforcement incrementally as demand grows, beneath new rows, then zones, without a full floor replacement.
Additional systems launching soon.
We're expanding the Elevate product line across the full range of data center and industrial composite structural applications.
Composite Structured Ceiling Grid
Lightweight alternative to steel ceiling support systems for data center white space.
Outdoor Conveyance Supports
Composite supports for exterior piping, cable, and utility runs built for long-term exposure.
Interior & Exterior Support Framing
Composite framing for MEP support, equipment support, and infrastructure framing.
Composite Strut & Trapeze Systems
Composite strut and trapeze assemblies, a cleaner alternative to traditional steel strut.
Submit your floor information.
Every installation is different. We work from the specifics of your floor, not a catalog page, and will tell you plainly what the Diamond Pedestal can add to your floor, and when a different approach is better suited.
Direct contact
info@elevate-cs.com