Data Center & Mission-Critical Facility Flooring Systems
Uptime is the constraint. Maverick engineers floors for hyperscale, colocation, and enterprise data centers, edge computing facilities, server rooms, network operations centers, and telecommunications switching facilities — phased around live equipment, with low-particulate finishes in the white space and chemical-resistant containment where the batteries sit.
The Data Hall Is Not the Battery Room
A mission-critical facility is a cluster of very different rooms under one roof. The data hall wants a smooth, cleanable, low-particulate finish that releases no dust under rolling cabinet and crate loads. The UPS and battery room wants chemical-resistant containment. The chiller plant wants a floor that sheds condensate and survives the occasional flood. The generator room wants fuel and oil resistance. None of them can go offline for the floor.
That is why this work is engineered as a sequence, not a single pour: one row, one room, or one quadrant at a time, with dust control at the source and work-zone separation from operating equipment, and fast-cure options where the return-to-service window is a single maintenance shift. Where the specification calls for static-dissipative flooring, Maverick installs MavCoat ESD static-dissipative urethane floor coating applied over an epoxy insulator coat and grounded to the building — surface resistance, point to point/ground, 1×10^5 to <1×10^9 ohms per ANSI/ESD STM 7.1 — for electrical assembly, circuit-board handling, avionics areas, static-sensitive manufacturing and packaging, clean rooms, and labs.
Facilities we serve
- Hyperscale data centers
- Colocation data centers
- Enterprise data centers
- Edge computing facilities
- Server rooms
- Network operations centers
- Telecommunications switching facilities
- Critical IT infrastructure
- UPS and battery rooms
- Electrical distribution rooms
- Data center mechanical rooms
- Mission-critical control rooms
Data Halls & White Space
Smooth, seamless, low-particulate epoxy finishes under rolling cabinet and crate loads — MavCoat SLE or HB over a sound, profiled slab. MavCoat ESD static-dissipative urethane floor coating applied over an epoxy insulator coat and grounded to the building where the specification calls for it.
UPS & Battery Rooms
Electrolyte, cleaning agents, and the dolly traffic that services the strings. Chemical-resistant epoxy floors with coved, seamless transitions and lined secondary containment around the strings — see chemical-resistant linings & secondary containment.
Electrical & Switchgear Rooms
Sealed, non-dusting, cleanable floors around switchgear, transformers, and power distribution — equipment-pad demarcation and clearance striping coated in, not painted on.
Mechanical & Chiller Plants
Condensate, glycol, and standing water — usually over space that cannot get wet. Coated mechanical floors with pad demarcation and optional positive-side waterproofing; see the mechanical spaces specialty guide.
Generator Rooms & Fuel Handling
Diesel, lube oil, and coolant on the floor during testing and maintenance. Chemical-resistant epoxy coatings with coved transitions at day tanks, transfer points, and the sumps that serve them.
Loading Docks & Storage
Impact- and abrasion-resistant surfaces where server crates, pallet jacks, and forklifts move — the one zone engineered for abuse rather than cleanliness.
| Zone | Primary Exposure | Typical Starting Point | Nominal Thickness |
|---|---|---|---|
| Data Halls & White Space | Rolling cabinet and crate loads; particulate control; ESD where specified | MavCoat SLE or HB self-leveling epoxy; MavCoat ESD static-dissipative urethane floor coating applied over an epoxy insulator coat and grounded to the building where specified | — |
| UPS & Battery Rooms | Electrolyte, cleaning agents, dolly traffic | MavCoat CRE chemical-resistant epoxy, MavCoat NV for aggressive chemistry; lined secondary containment | — |
| Electrical & Switchgear Rooms | Dust control; maintenance foot traffic; equipment pads | MavCoat SLE epoxy coating with coated-in demarcation | — |
| Mechanical & Chiller Plants | Condensate, glycol, standing water, pump pads | Coated mechanical floor with pad demarcation; positive-side waterproofing over occupied space — see mechanical spaces | — |
| Generator Rooms & Fuel Handling | Diesel, lube oil, coolant; maintenance impact | MavCoat CRE chemical-resistant epoxy over MavPrime EP with coved transitions | — |
| Loading Docks & Storage | Server crates, pallet jacks, forklifts | MavClad EM epoxy mortar; MavCoat HB with silica broadcast in lighter storage | ¼″ |
Starting points, not prescriptions. Every Maverick system is engineered to the condition of the substrate, the abuse it takes, and the facility’s history with previous floors — the build changes from room to room and plant to plant. Only new construction over bare concrete comes close to a standard build.
The Systems This Work Demands
Epoxy Systems
MavCoat SLE, HB, and CRE coatings over MavPrime, plus MavCoat ESD static-dissipative urethane floor coating applied over an epoxy insulator coat and grounded to the building — the seamless, low-particulate finishes for data halls, switchgear, and battery rooms.
Explore the SystemMavClad EM Epoxy Mortar
¼″ troweled, chemically resistant — the heavy-duty body for loading docks, storage, and equipment-set areas.
Explore the SystemFast-Cure Options
MavCoat FC basecoat, MavSeal UPA Fast Cure, MavSeal RCU, and MavRapidPatch — return to service inside a maintenance window.
Explore the SystemMechanical Plant Work, Photographed On Site
A chiller-plant mechanical floor by our crew — equipment-pad demarcation coated in, not painted on. The cooling plant behind a data hall is engineered the same way.
Equipment room — demarcation coated in, not painted on
Specify It Once, Correctly
The Architect Center carries the full standard detail library, isometric system shop drawings, and CSI 3-part specifications under Section 09 67 23 Resinous Flooring.
Mission-Critical Flooring Questions, Answered Straight
Can you install flooring in a live data center without taking equipment offline?
Yes — that is the normal condition for this work. The build is phased by row, room, or quadrant, dust is controlled at the source during preparation, the work zone is separated from operating equipment, and fast-cure options are selected where the return-to-service window is a single maintenance shift. The sequence is planned with your operations team before the first grinder starts.
Do you install ESD flooring in data halls?
Where the specification calls for static-dissipative flooring, Maverick installs MavCoat ESD static-dissipative urethane floor coating applied over an epoxy insulator coat and grounded to the building — surface resistance, point to point/ground, 1×10^5 to <1×10^9 ohms per ANSI/ESD STM 7.1 — for electrical assembly, circuit-board handling, avionics areas, static-sensitive manufacturing and packaging, clean rooms, and labs. Where the specification does not call for ESD, a standard MavCoat epoxy finish is the right call.
What goes in a UPS or battery room?
Chemical-resistant epoxy — MavCoat CRE, or MavCoat NV where the electrolyte chemistry is aggressive — with coved, seamless transitions and lined secondary containment around the battery strings. The chemistry, the volume, and the inspection regime decide the lining, and the chemical-resistance chart on each product data sheet decides the resin. See chemical-resistant linings & secondary containment.
How fast can a floor return to service?
It depends on the system and the room. Fast-cure options — MavCoat FC basecoat, MavSeal UPA Fast Cure, MavSeal RCU with its 3-hour foot-traffic return, and MavRapidPatch for repairs — are selected when the window is measured in hours. Standard-cure epoxy is used where the schedule allows, because it is the better floor for the money in many rooms. We match the cure profile to your maintenance window, and every system carries Maverick’s single-source warranty.
Planning Work in a Live Facility?
Maintenance windows, phased rows, cooling plants that cannot shut down — bring us the constraint and we will engineer the floor and the sequence around it.