Anti-Static Epoxy Flooring for Data Centers and Network Facilities
PumaCRETE anti-static epoxy flooring solutions are designed to minimize static electricity in data centers and network facilities — protecting servers, storage systems, and critical IT equipment from electrostatic discharge (ESD). In data centers, maintaining a controlled environment is crucial for the optimal performance of sensitive electronic equipment. PumaCRETE anti-static epoxy floors are specially formulated flooring systems that prevent the build-up of static electricity, providing a durable surface that safely dissipates static charges.
PumaCRETE floors and coatings are a cost-effective alternative for your data center floor and have been customized per your needs. New concrete or renovation — we have a system that meets your requirements.
for data centers
static dissipative systems
new & retrofit projects
floor-to-wall connection
What Are PumaCRETE Anti-Static Epoxy Floors?
PumaCRETE anti-static epoxy floors are specially formulated flooring systems that prevent the build-up of static electricity. They are made by mixing epoxy resins with conductive materials, providing a durable surface that safely dissipates static charges. The result is a floor that actively protects your data center's most sensitive and expensive equipment from ESD damage — while providing a clean, durable, low-maintenance surface for your entire facility.
Benefits of PumaCRETE Anti-Static Epoxy Floors
▶ Static Dissipation
Reduces the risk of electrostatic discharge (ESD), protecting sensitive electronic components including servers, storage arrays, network switches, and power distribution equipment from ESD-related failure or latent damage.
▶ Long-Term Durability
Offers long-lasting protection in high-traffic areas with minimal maintenance. PumaCRETE systems maintain both physical and ESD performance over their full design life — not just at time of installation.
▶ Seamless & Easy to Clean
Seamless, non-porous surface resists dust accumulation and is easy to clean — important in data center environments where particulate contamination poses a risk to equipment longevity.
▶ Cost-Effective Alternative
A cost-effective alternative to raised-floor systems for ESD protection. Customized to your specific needs and budget — new concrete or renovation, we have a system that meets your requirements.
▶ Chemical Resistant
Resistant to cleaning agents, solvents, and maintenance chemicals commonly used in data center operations — maintaining appearance and ESD performance over the life of the floor.
▶ Customized to Your Facility
Instead of a one-size-fits-all system, PumaCRETE customizes anti-static flooring materials to each customer's specific application, substrate condition, and budget.
▶ New or Retrofit
PumaCRETE has systems for both new construction and renovation projects. Whether your data center is in new construction or an existing facility requiring floor restoration, the right system is available.
▶ Nationwide Installation
Installed by a nationwide network of certified applicators throughout the U.S. and North America. Turn-key installation available with fast turnaround in many instances.
Interested in other industries/sectors for ESD flooring?
Why Data Centers Require Anti-Static Epoxy Flooring
In data centers, maintaining a controlled environment is crucial for the optimal performance of sensitive electronic equipment. Static electricity presents a real and ongoing threat to this equipment — and standard concrete or painted flooring does nothing to mitigate it.
The ESD Risk in Data Centers
- Walking generates dangerous charge levels — even low-humidity conditions generate thousands of volts on a person simply walking across an unprotected floor
- Hardware failure thresholds are low — modern servers, SSDs, memory, and network equipment can be damaged by ESD events below the threshold of human perception
- Latent damage is the biggest risk — ESD often causes latent damage that isn't immediately apparent, leading to unpredictable hardware failures weeks or months later
- Downtime is extremely costly — ESD-related hardware failures and unplanned outages in a data center carry significant financial and operational consequences
What Anti-Static Flooring Protects
- Servers, blade systems, and compute nodes
- Storage arrays, NAS, and SAN systems
- Network switches, routers, and firewalls
- UPS and power distribution equipment
- Cabling infrastructure and patch panels
- Maintenance and operations personnel
- Diagnostic, test, and staging equipment
| Floor Condition | ESD Risk | Impact on Data Center Operations |
|---|---|---|
| Bare or sealed concrete — no ESD protection | High | Uncontrolled static buildup; hardware damage risk at every maintenance visit |
| Standard painted floor | High | No static dissipation path; may increase charge buildup relative to bare concrete |
| ESD vinyl tiles / raised floor panels | Medium | Variable performance; joints and seams create inconsistent grounding |
| PumaCRETE 200/300 Series anti-static epoxy | Low — controlled | Uniform ESD protection; seamless grounded surface; long-term reliable performance |
PumaCRETE Applications in Data Centers & Network Facilities
Data centers require specialized flooring to ensure the protection of servers and electronic devices. Investing in PumaCRETE anti-static epoxy floors ensures a reliable, safe, and efficient environment for your data center. PumaCRETE anti-static epoxy floors are ideal for:
▹ Server Rooms & Data Centers
Primary server halls, colocation facilities, and enterprise data centers where high-density computing equipment requires consistent ESD protection across all floor areas and aisles.
▹ Network Operations Centers (NOC)
Mission-critical network monitoring and operations facilities where continuous uptime is essential and ESD protection must be maintained in all occupied areas around the clock.
▹ Telecom & Network Switching Facilities
Central offices and network switching centers where sensitive routing and switching equipment requires static-controlled flooring throughout the facility floor area.
▹ UPS & Power Infrastructure Rooms
Areas housing uninterruptible power supplies, PDUs, and electrical infrastructure where both ESD protection and durability under heavy equipment loads are required.
▹ Storage & Media Vault Areas
Tape libraries, media vaults, and archival storage areas where static-sensitive storage media requires ongoing ESD protection from the floor surface.
▹ Edge Computing Facilities
Smaller edge data center locations and equipment rooms where a simple, cost-effective anti-static floor is needed without the complexity of a raised-floor system.
▹ Electronics Storage & Staging Areas
Receiving, staging, and storage areas adjacent to the data center where servers, storage, and network equipment are unpacked and prepared before rack installation.
▹ Maintenance & Operations Areas
All areas where technicians work on or near active network infrastructure — including hot/cold aisle access, cable management areas, and equipment staging zones.
ESD Epoxy Flooring System Types
Thin Film Conductive Coatings
100 and 200 series
Best for light-duty to medium duty environments and controlled spaces.
FEATURES
- Meet ESD S20.20, DoD4145.26m, NFPA99 requirements.
- Smooth finish (or light texture)
- High abrasion resistance for heavy foot traffic, carts and wheeled loads.
- Easy to clean
- Chemical resistant
Heavy-Duty Conductive Mortar Systems 1/16 to 1/4 inch
300 and 400 series
Used in the most demanding environments.
FEATURES
- Restores damaged concrete
- Impact resistance
- High compressive strength
- Extended lifecycle performance
- Meets ESD S20.20, DoD4145.26m, NFPA99 requirements.
- Chemical resistant
Best for medium to heavy duty environments.
- Smooth finish (or light texture)
- High abrasion resistance for heavy traffic including forklifts, rubber and plastic wheels.
- Easy to clean
PumaCRETE Anti-Static Floor Systems for Data Centers
PumaCRETE offers two primary system approaches for data center anti-static flooring — both available in static dissipative (-d) and conductive (-c) versions, customized to the specific needs of each project.
200 Series PumaESD — Anti-Static Roll-On Coating System (12–20 mils)
For new concrete or concrete in good condition — the standard choice for new data center constructionFor new data center construction or existing facilities where the concrete is in good condition, PumaCRETE recommends the 200 Series roll-on coating system. Available as a 3-coat system (12–20 mils) or 4-coat high-build system (43 mils).
- Available in static dissipative (-d, 10⁶–10⁹ Ω) and conductive (-c, <10⁶ Ω) versions
- 3-coat system (200-d/c): 12–20 mils — for new or like-new concrete
- 4-coat high-build system (201-d/c): 43 mils — increased hiding power for surface defects
- Four-component, chemical-resistant, aliphatic polyester ESD urethane top coat
- Smooth finish; high abrasion resistance; chemical resistant; easy to clean
- Suitable for foot traffic, equipment carts, and server rail systems
300 Series PumaESD — Heavy-Duty Anti-Static Urethane Resurfacer (1/16″ to 1/4″)
For renovation projects — rough concrete, damaged surfaces, or areas requiring leveling and restorationFor existing data centers where the concrete floor requires restoration, repair, or leveling, the 300 Series PumaESD heavy-duty urethane system provides a complete solution. This system uses the same steps as the 200 Series but substitutes Step 3 with the 301-SL slurry base coat at proper thickness.
- Available in 1/16-inch to 1/4-inch versions — hides most concrete surface damage
- Substantially levels the surface depending on thickness selected
- Available in static dissipative (-d) and conductive (-c) versions
- Greater durability for the most demanding traffic conditions
- Restores damaged, rough, or deteriorated concrete to a smooth, flat surface
- Fast-curing, very low-odor options available for occupied facilities
→ View the Complete PumaCRETE ESD & Conductive Flooring Portfolio
INSTALLATION
With a nationwide network of installers, PumaCRETE® has provides a tradition of quality. Our factory-trained installation crews can provide turn-key installation and localized service. In many cases, we can train your personnel or local contractor, with on site training available.
TRAINING
PumaCRETE® can provide on site trainers, along with detailed installation instructions and videos, specialty tools, and surface prep guidelines for new installers or DIY installation. See our installation page for our application resources.
Installation Process — 200 Series & 300 Series
Both the 200 Series and 300 Series systems follow a structured installation process. The 300 Series uses the same steps as the 200 Series, substituting Step 3 with the 301-SL slurry base coat at proper thickness.
Surface Preparation
Proper surface preparation is essential. Holes, cracks, and any major damage are pre-filled using a high-strength patching material such as 117-PumaCOVE Resin epoxy. All surface contaminants, existing coatings, and laitance are removed. Concrete surface profile (CSP) is achieved per the system requirements.
104-PumaPOXY MB — Moisture Blocker Prime Coat
The 104-PumaPOXY MB (moisture blocker) prime coat is applied for proper sealing of the concrete and moisture protection. This critical step may be applied over new concrete after 7–10 days and ensures long-term adhesion — particularly important in basement or ground-floor data center installations with elevated moisture levels.
Anti-Static Base Coat (ESD Performance Layer)
200 Series: PumaESD conductive base coat applied at proper thickness to provide the primary ESD performance layer.
300 Series: 301-SL slurry base coat applied at proper thickness — providing both the ESD performance layer and the concrete restoration, leveling, and hiding power.
Anti-Static Urethane Top Coat
Four-component, chemical-resistant, aliphatic polyester ESD urethane top coat is applied for the final finish, surface durability, and long-term ESD performance. This top coat provides the working surface and protects the system from abrasion, chemicals, and cleaning agents throughout the life of the floor.
Copper Tape Grounding & Verification
After installation is complete, the new flooring is grounded using PumaCRETE's conductive copper tape, adhered to the floor and wall near ground locations. Post-installation resistance testing confirms the floor is performing within the specified range before the area is certified for service.
Technical information on PumaCRETE's anti-static epoxy and polyurethane floors and coatings is available on the Technical Data Sheets page. Surface preparation guidelines and installation instructions are available on the installation resources page.
EARTH GROUND (copper ground rod, bar, outlet.
Copper ground rods are often used in Military, Munitions, and manufacturing environments.
At the ground point on rod... remove oxidation from rod (for connection with a clamp). Run copper foil tape on the floor, per figure 2. Run the tape up the ground rod, and secure tape to ground rod using the copper foil tape.
Certify the Flooring meets:
Certify the Flooring meets:
Grounding, Testing & Compliance
A properly installed anti-static floor is only as effective as its grounding system. After installation is complete, the new flooring is grounded using PumaCRETE's conductive copper tape — adhered to the floor and wall near ground locations. This creates a reliable, continuous path to ground that safely dissipates any static charge accumulating on the floor surface.
Grounding Method
- Conductive copper tape adhered to floor and wall near ground locations
- Creates continuous electrical path from floor surface to building ground
- Applied after flooring installation is complete
- Connection point inspected and verified before sign-off
Post-Installation Testing
- Resistance-to-ground testing with calibrated ESD floor test meter
- Minimum 5 test points per 5,000 sq ft of floor area (per ANSI/ESD S20.20)
- All data logged and documented
- Written certification of compliance issued after successful testing
Resistance Range — Data Centers
- Static dissipative (-d): 10⁶–10⁹ Ω — standard for most data center applications
- Conductive (-c): below 1 × 10⁶ Ω — where more demanding ESD requirements exist
- Custom resistance targets configurable upon request
- Both versions available in 200 and 300 Series systems
System Design & Performance Factors
The effectiveness of an anti-static epoxy floor depends on more than just the coating. PumaCRETE® systems are tailored to the specific conditions of each data center — ensuring long-term ESD and physical performance throughout the design life of the floor.
Concrete Substrate Condition
New construction vs. existing facility, surface profile, any existing coatings, moisture levels, cracks, and spalled areas. The 200 Series is ideal for new or like-new concrete; the 300 Series for renovation with concrete restoration. Pre-installation site evaluation identifies the correct approach.
ESD Resistance Specification
Static dissipative (10⁶–10⁹ Ω) is the standard for most data center and IT facility applications. Conductive (below 1 × 10⁶ Ω) is available where specific OEM or facility requirements dictate it. Custom resistance targets can be configured upon request.
Moisture Mitigation
Slab moisture vapor emission rate (MVER) and relative humidity (RH) levels are addressed with the 104-PumaPOXY MB moisture blocker prime coat — critical for long-term adhesion and consistent ESD performance in basement or below-grade data center installations.
Traffic Conditions
Foot traffic, equipment dollies, server rail systems, and data center carts are all evaluated. Options are available for all traffic conditions — the system is specified to withstand the actual load profile without premature wear or ESD performance degradation.
Chemical & Cleaning Exposure
Cleaning agents, solvents, and maintenance chemicals used in the data center environment. PumaCRETE systems feature a four-component, chemical-resistant, aliphatic polyester ESD urethane top coat for long-term resistance to cleaning protocols.
Hiding Power & Surface Uniformity
Thicker 300 Series systems provide enhanced hiding of concrete surface defects — ensuring a uniform, professional appearance and consistent ESD performance across the entire data center floor area, even in heavily used renovation projects.
Why Choose PumaCRETE® for Your Data Center Floor
Instead of a one-size-fits-all approach, PumaCRETE® ESD and conductive surfaces are customized to the customer's specific application. PumaCRETE® floors consistently meet customer operational needs, while exceeding expectations.
Purpose-Engineered for ESD Control
Not generic coatings. PumaCRETE systems are engineered around actual operating conditions — traffic loads, substrate condition, cleaning protocols, and resistance requirements. Performance in the field, not just theoretical values.
New Construction or Retrofit
200 Series for new or good concrete; 300 Series for renovation with concrete restoration. A cost-effective alternative to raised-floor ESD systems for all data center project types.
Customized to Your Budget
Systems customized per your needs and budget. PumaCRETE works with each customer to identify the most cost-effective system that meets the performance requirements of their specific facility.
Complete Tested System
From surface preparation through copper tape grounding and post-installation resistance testing, PumaCRETE provides a complete, verified anti-static floor system — not just a product.
Nationwide Installer Network
Certified applicators throughout the U.S. and North America. Turn-key installation available — fast turnaround in many instances to minimize data center operational disruption.
Full Technical Support
Written installation guides, instructional videos, factory on-site training, specialty tool kits, and live technical phone support — for turn-key installation or self-installation by your maintenance team.
Turn-Key Installation
PumaCRETE flooring is installed by a nationwide network of certified installers. They can turn around your area quickly. Factory-trained crews provide turn-key installation and localized service throughout the U.S. and North America. Fast-curing, very low-odor options available for occupied facilities.
Self-Installation Support
PumaCRETE can provide on-site trainers, along with detailed installation instructions and videos, specialty tools, and surface prep guidelines for new installers or DIY installation. See the installation resources page for all application resources.
Trusted by Leading Data Center, Technology & Industrial Organizations
IBM · Charter Communications · Spectrum · Foxconn · Lockheed Martin · NASA · U.S. Navy · U.S. Air Force · Northrop Grumman · General Dynamics · Spectra Technologies · GE · Dupont · Lutron · Johnson Space Center · Elanco (Eli Lilly) · Kongsberg Systems · and many more
- Electronics & Aerospace Manufacturing Flooring — Static-control flooring for electronics production, cleanrooms, and precision assembly environments.
- Conductive Epoxy Flooring — DoD 4145.26-M — Conductive systems for munitions, AA&E, and explosive environments requiring faster charge dissipation.
- AGV & Robot Flooring Systems — Durable ESD and anti-static flooring for automated guided vehicles and robot manufacturing systems.
- ESD & Conductive Flooring — Full Industry Overview — All PumaCRETE static control systems across all industries.
Technical Resources & Downloads
- TDS: 200-d/c PumaESD Anti-Static Coating System
- TDS: 201-d/c PumaESD High-Build Coating System
- TDS: 301-d/c PumaESD Heavy-Duty Resurfacer
- TDS: 301-SLB Base Coat
- All Technical Data Sheets
- MasterFormat Floor System Specifications
- Installation & Surface Prep Guides
- Safety Data Sheets (SDS)
- Installation Tool & Supply Kits
- Color Charts — ESD & Anti-Static Systems
Frequently Asked Questions — Data Center Anti-Static Epoxy Floors
What are anti-static epoxy floors for data centers?
PumaCRETE anti-static epoxy floors are specially formulated flooring systems that prevent the build-up of static electricity. They are made by mixing epoxy resins with conductive materials, providing a durable surface that safely dissipates static charges — protecting servers, network equipment, and sensitive IT infrastructure from ESD damage.
Why do data centers need anti-static flooring?
In data centers, maintaining a controlled environment is crucial for the optimal performance of sensitive electronic equipment. Static electricity can cause immediate hardware failures or latent damage to servers, storage systems, and network equipment — often without warning. Anti-static epoxy flooring minimizes static buildup, protecting equipment, reducing downtime risk, and ensuring smooth operations.
What PumaCRETE systems are available for data center floors?
PumaCRETE offers the 200 Series PumaESD roll-on coating system for new concrete or concrete in good condition, and the 300 Series PumaESD heavy-duty urethane resurfacer for renovation projects where the concrete requires leveling or restoration. Both are available in static dissipative (-d) and conductive (-c) versions, and are grounded using conductive copper tape adhered to the floor and wall near ground locations.
How is PumaCRETE anti-static flooring grounded in a data center?
After installation is complete, the new flooring is grounded using PumaCRETE's conductive copper tape, adhered to the floor and wall near ground locations. This creates a continuous path to ground that safely dissipates any static charge that accumulates on the floor surface. Post-installation resistance testing confirms the floor is performing within specification.
Can PumaCRETE anti-static flooring be installed in an existing data center?
Yes. For existing data centers where the concrete requires repair or resurfacing, the 300 Series PumaESD heavy-duty urethane resurfacer restores the floor while providing full anti-static performance. Available in 1/16-inch to 1/4-inch versions, it hides most concrete surface damage and substantially levels the surface. PumaCRETE's fast-curing, very low-odor options minimize operational disruption during installation.
What is the resistance range for PumaCRETE data center anti-static flooring?
PumaCRETE data center systems are typically specified in the static dissipative range of 10⁶ to 10⁹ ohms — the standard for data center and IT facility ESD protection. Conductive versions (below 1 × 10⁶ ohms) are also available for facilities with more demanding ESD requirements. Custom resistance targets can be configured upon request.
Get a Consultation on Your Data Center Floor
Contact PumaCRETE to discuss your data center or network facility flooring project — substrate condition, ESD requirements, new construction or renovation, installation timeline, and budget. Every system is customized to your specific facility and application.
PumaCRETE Corp.68 Harrison Avenue, Ste 605 #77920, Boston, MA 02111
857-226-8247 | info@PumaCRETE.net | www.PumaCRETE.net
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