Robot Flooring & AGV Floor Systems for Warehouses
PumaCRETE manufactures 301-AGV PumaESD — a composite system engineered for the duty cycle of autonomous mobile robot flooring, AGV flooring, and warehouse automation corridors. Hard, smooth, abrasion-resistant under urethane wheels, with high-performance flexible joint filler that keeps wheels rolling across slab joints instead of spalling them.
Two ways to buy: direct material sales to your facility or to your contracted installer, OR full project execution by a factory-certified independent contractor. Either path includes optional on-site installation training delivered by factory-employed PumaCRETE technicians — surface prep, joint filler installation, multi-layer application, and resistance testing.
Direct Material Sales · Certified On-Site Installation Training
PumaCRETE is a direct manufacturer. Buy 301-AGV PumaESD materials direct and have your in-house maintenance team or a contracted independent installer perform the work, or engage a factory-certified installer for full project execution. Both paths qualify for the manufacturer warranty when documented installation procedures are followed.
Buy Direct from PumaCRETE
Direct material sales eliminate distributor markup. Suitable for facilities with experienced in-house maintenance teams, contracted independent installers, or repeat-business customers managing multi-site Robot deployments. Call 857-226-8247 for direct pricing.
Each direct-sale order includes:
- Full 301-AGV PumaESD technical data sheets & SDS
- Written installation manual + video tutorials
- Joint filler specification matched to your slab
- Surface resistance test procedure templates
- Phone & email tech support throughout the project
- Quote within five business days of site assessment
Certified On-Site Installation Training
PumaCRETE operates a contractor certification department staffed by factory-employed technicians. Trainers travel to your facility for hands-on installation on your actual substrate. The Robot floor curriculum emphasizes joint filler workflow — the single most-overlooked failure point on AGV jobs.
On-site training covers:
- Substrate evaluation & moisture testing
- Diamond grinding & shot blasting surface prep
- Joint preparation & flexible filler application
- 301-AGV PumaESD mixing ratios & pot life
- Multi-layer composite application technique
- Mil-thickness verification during application
- Post-cure resistance testing & documentation
Manufacturer-only positioning. PumaCRETE manufactures the material and trains installers; the company does not install floors itself. The written warranty applies whether installation is performed by a factory-certified independent contractor or by your on-site-trained in-house team, provided documented installation procedures are followed and post-cure resistance testing confirms the system meets specification.
The Three Failure Modes a Standard Industrial Floor Won't Survive
Robot and AGV traffic is not the same as forklift or pedestrian traffic. The fleet runs on small, hard urethane wheels following identical paths on a repeating schedule. That duty cycle creates failure modes you don't see on a general manufacturing floor — and those failure modes determine the entire AGV flooring or autonomous mobile robot flooring specification.
1. Wheel-Path Wear Concentration
AGVs and autonomous mobile robots follow identical paths through the facility — the same lane, the same turn-in points, the same loading dock approach, hundreds or thousands of times per day. All of that traffic is concentrated into narrow tracks rather than spread across the slab the way pedestrian or pallet-jack traffic spreads. A general industrial epoxy floor coating wears through in those tracks long before the rest of the floor shows any signs of duty.
2. Joint Edge Spalling
Slab control joints and construction joints are exactly where small hard wheels under heavy payloads concentrate stress. Without a flexible high-performance joint filler installed flush with the wear surface, the joint edges chip and spall under repeated wheel passage. The resulting jolts damage wheels, suspension, and onboard sensors — and once spalling starts, it accelerates fast.
3. Surface Flatness Tolerance
Robots rely on tight clearance between wheel and floor for navigation accuracy and safe operation. Dips bottom out the chassis. High points lift the drive wheel off the surface and cause traction loss. A Robot floor specification must therefore include flatness verification — and on retrofit projects, often requires the slab to be ground flat or built up before the wear surface is applied.
The Composite Floor Built for Wheel-Path Duty
301-AGV PumaESD is a multi-layer composite system — not a single-coat product. The composite build delivers urethane-wheel abrasion resistance, dissipative or conductive performance, and the surface flatness Robot navigation requires. Two suffix variants cover the resistance ranges actually specified in field automated guided vehicle floor coating projects.
301-d AGV PumaESD (Static Dissipative)
Resistance band: 1×10⁵ to 1×10⁹ ohms
The standard specification for the majority of warehouse, distribution center, and manufacturing Robot fleets. Dissipative resistance prevents charge accumulation on the Robot body without forcing the floor down to defense-grade conductive levels. Aligned with DIN EN 61340-5-1 for AGV/Robot ESD compliance.
301-c AGV PumaESD (Conductive)
Resistance band: 25,000 to 1,000,000 ohms (2.5×10⁴ to 1×10⁶ Ω)
Specified where AGVs handle ESD-sensitive electronics payloads (PCB transport, semiconductor wafer handling, sensitive component kitting) or where the facility's overall ESD program requires conductive performance for the entire Robot corridor. Faster grounding for Class 0 device protection.
Custom resistance bands are available on request. The 301 Series installs at 1/8 to 1/4 inch as a resurfacer over old damaged concrete, or as a high-build composite on new slabs.
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
Industries Running PumaESD on AGV & Robot Corridors
Robot adoption is accelerating across logistics, distribution, and manufacturing. Specifications variously call out robot flooring, AGV flooring, or AGV epoxy flooring — the same 301-AGV PumaESD chemistry serves every duty cycle. The real differences come down to suffix (-d or -c), topcoat finish, and joint-filler density per linear foot of slab joint.
Warehouse & Distribution
Pick-tower aisles, conveyor feeds, pack-out stations, and dock approaches running goods-to-person Robot fleets. High repetition, tight wheel-path concentration, and the largest single application for 301-d AGV PumaESD floor coating today.
Manufacturing Robot Cells
Material delivery between work cells, kit-to-line replenishment, and finished-goods Robot transport. Pairs static dissipative robot flooring with the manufacturing facility's broader ESD program.
Electronics & Semiconductor
Robots transporting WIP between PCB assembly stations, semiconductor wafer carriers between bays, and finished-electronics kitting. Typically specified as 301-c AGV PumaESD conductive flooring for full DIN EN 61340-5-1 compliance.
Pharma & Medical Device
Cleanroom-adjacent Robot corridors, sterile-product transport between fill-finish and packaging, and medical-device assembly material flow. Combines the dissipative resistance band with low-particulate cleanroom-compatible topcoat.
E-Commerce Fulfillment
Goods-to-person, person-to-goods, and sortation Robot operations. Very high traffic density and 24/7 operating cycles compress wear into months instead of years on a general industrial floor — composite construction is the difference between a 5-year and a 15-year service life.
Hospitals & Cold-Chain
Hospital materials-management Robot fleets, cold-chain pharmaceutical distribution Robot corridors, and laboratory specimen-transport Robots. Often combined with USP and FDA-aligned sanitation requirements.
Defense Logistics
Robot-assisted munitions and AA&E handling under DoDM 4145.26-M requires conductive flooring across the full Robot operating envelope. The 301-c AGV PumaESD spec satisfies both the AGV durability requirement and the defense-grade conductive resistance band.
3PL & Logistics Operators
Third-party logistics operators running mixed Robot fleets across multiple customer SLAs. The 301-AGV system handles the abrasion-recovery and resistance-band consistency that multi-customer audits require, with documentation packaged per customer contract.
What an AGV / Robot Floor Spec Should Actually Include
Most Robot floor specifications focus on the wear coating and ignore the joint filler, substrate prep, and resistance verification — exactly the items that determine whether the floor survives 24-month duty cycles or fails in six.
Electrical Compliance
DIN EN 61340-5-1 is the international standard governing ESD protection in AGV and Robot operating areas. Specify the system's resistance band per the standard: dissipative (10⁵–10⁹ Ω) or conductive (< 10⁶ Ω). Where the facility has an existing ANSI/ESD S20.20 program, align the Robot corridor with the broader ESD Protected Area resistance class.
Mechanical Requirements
Specify a hard composite system rated for urethane-wheel abrasion at the expected daily wheel-pass count along concentrated paths. Specify flatness tolerance over the Robot operating envelope, not just at handover but over the warranty period — coating creep and substrate settlement both matter.
Joint & Edge Treatment
Specify a flexible high-performance joint filler matched to the wear coating, installed flush at every control and construction joint within the Robot operating envelope. Specify the procedure for joint preparation — saw-cut, vacuum-clean, and prime before fill — because skipping any step makes the filler debond.
Substrate Preparation
For retrofits, specify diamond grinding or shot blasting to ICRI CSP 3-4 profile, not just a "clean surface." For new slabs, specify a maximum moisture vapor emission rate before coating — the 104-PumaPOXY MB moisture-blocking primer extends this tolerance to 25 lb per 1,000 sq ft per 24-hour period.
Resistance Verification
Specify post-cure surface-to-ground resistance testing at minimum one measurement per 500 sq ft of Robot operating envelope, with results documented per test location. For -c systems, specify additional system-level resistance testing with the Robot's actual ground-contact configuration.
Documentation Package
Specify a complete handover package: substrate moisture reports, primer-coat batch records, body-coat mil thickness measurements indexed to the building plan, topcoat batch records, post-cure resistance test results, joint filler installation log, and the manufacturer warranty certificate.
How the 301-AGV Composite Actually Works
Calling 301-AGV PumaESD an "epoxy coating" undersells what it is. The system is a multi-layer composite with each layer engineered against a specific Robot-floor failure mode. The composite construction is the reason 301-AGV survives wheel-path traffic that destroys conventional epoxy floor systems.
Conductive Primer Layer
The first layer is a conductive primer that bonds to the prepared substrate and provides the electrical path from the wear surface down to the copper grounding strips installed at perimeter and column locations. Substrate moisture is verified by ASTM F2170 testing before primer application begins.
Composite Body Layer
The body is a urethane-modified composite with graphite micro-particle conductive aggregate distributed throughout the matrix. Particle loading is calibrated against the -c or -d target resistance band. Because the conductivity is integral to the resin, wear from urethane wheel traffic does not degrade the electrical performance over the floor's service life.
Aliphatic Polyester Topcoat
The wear surface is a four-component, chemical-resistant, aliphatic polyester urethane floor finish. Available in matte, satin, or semi-gloss; matte is the typical specification for AGV/Robot environments because it reduces optical glare from facility lighting that can interfere with Robot vision sensors.
Flexible Joint Filler
The matched joint filler is installed flush with the wear surface in every control and construction joint within the Robot operating envelope. The filler accommodates slab movement while presenting a continuous, hard surface to wheels rolling over the joint. This is the single most-important detail for AGV floor longevity.
Grounding Network
Conductive copper grounding strips are mechanically fastened to the substrate before the primer layer, routed in a grid pattern at roughly 25-foot spacing, and tied to the facility's common ground point. The composite bonds directly over the strips with continuous electrical contact.
Post-Cure Resistance Verification
Post-cure surface-to-ground resistance is measured at multiple points across the Robot operating envelope using a calibrated megohmmeter. Results are indexed to test locations on the building plan and delivered with the documentation package at project handover.
Robot Deployment on Concrete That Was Never Built for It
Most facilities adopting Robot fleets do so in existing buildings on existing slabs. Those slabs were poured for forklift and pallet-jack traffic — not for Robots running narrow paths with small hard wheels. Restoring that substrate to Robot-grade flatness without ripping out the slab is what the 301 Series was designed for.
What the 301 Composite Hides
At 1/8 to 1/4 inch applied thickness, the 301-AGV PumaESD composite hides most concrete surface defects and substantially levels the surface for warehouse and distribution Robot operations. Dips get filled. Minor high points get integrated into the wear layer. Worn joint edges get re-built with the flexible joint filler. The result is a flat, hard, dissipative or conductive surface laid down over the existing slab — no slab removal, no structural demolition.
Damp-Substrate Tolerance
Many older industrial slabs have higher moisture vapor emissions than spec-compliant new concrete. The 104-PumaPOXY MB moisture-blocking primer extends the tolerance to 25 lb per 1,000 sq ft per 24-hour period — roughly 8× the limit of most competitor AGV epoxy systems. That tolerance is what makes Robot deployment on aging coastal warehouses, retrofit cold-storage conversions, and adapted manufacturing buildings practical.
The retrofit math. Slab removal and replacement on an active warehouse runs $15-25 per sq ft and takes 6-10 weeks of downtime. 301-AGV PumaESD over the existing slab runs a fraction of that and turns over in days per zone. For Robot deployment programs scheduled around peak season, that schedule delta is often the difference between hitting the deployment date and missing it.
Standards Referenced by Robot & AGV Floor Audits
Robot flooring sits at the intersection of ESD, mechanical durability, and facility-safety frameworks. Every 301-AGV PumaESD installation includes documentation aligned to the standards customer audits actually reference.
ESD Standards
- DIN EN 61340-5-1 (AGV/Robot ESD)
- ANSI/ESD S20.20-2021 (where adjacent)
- STM7.1 surface resistance
- STM97.1 walking-test resistance
- IEC 61340-5-1 international parallel
Mechanical & Surface
- ICRI CSP 3-4 substrate profile
- ASTM F2170 moisture testing
- ASTM C779 abrasion resistance
- OSHA 1910.22 slip resistance
- ANSI A1264.2 traction
Defense & Federal
- DoDM 4145.26-M (where applicable)
- MIL-HDBK-263 handling guidance
- NFPA 99 (conductive applications)
- NFPA 75 IT areas (data center Robots)
- Buy American Act compatible
Handover Documentation
- Substrate moisture reports
- Mil-thickness measurements
- Surface resistance test results
- Joint filler installation log
- Manufacturer warranty certificate
For the underlying ESD test methodology, see the ESD Association.
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:
Manufacturer Direct · Trainers On-Site · Designed for AGV Duty
AGV floor coating is a commodity category at first glance — every manufacturer offers a smooth dissipative or conductive epoxy floor. The differences that matter show up over the warranty period: did the joints survive the wheels, did the resistance drift out of band, did the wear track cut through the topcoat in 18 months instead of 60?
Composite, Not Single-Coat
301-AGV PumaESD is a multi-layer composite system, not a thin-film coating. The composite construction is the reason 301-AGV survives wheel-path duty that destroys conventional epoxy and urethane systems running at lower mil thickness.
Matched Joint Filler
Every 301-AGV PumaESD specification includes the matched joint filler with installation procedure and crew training. Joint failure is the leading premature-failure mode on Robot floors industry-wide; matching the filler to the wear coating from the same manufacturer eliminates the compatibility risk.
Bonds to Damp Concrete
The 104-PumaPOXY MB moisture-blocking primer handles up to 25 lb/1,000 sq ft/24-hr vapor pressure — roughly 8× the limit of competitor AGV epoxy systems. Critical for coastal warehouses, retrofit cold-storage conversions, and aging-slab Robot deployments where substrate moisture is rarely under spec for the operating enviroment.
Direct Material Sales
Buy 301-AGV PumaESD direct from the manufacturer with no distributor markup. Suitable for in-house maintenance teams trained by PumaCRETE on-site, contracted independent installers, or multi-site Robot deployment programs needing consistent material across phases.
Technical Documentation & Sister Pages
Adjacent product pages, technical data, and the broader PumaCRETE ESD & conductive flooring family.
ESD & Conductive Floors Hub
Parent page covering the full PumaESD product family across all applications.
ESD Hub →Electronics Manufacturing ESD
301-AGV's sibling page for static control in PCB assembly, semiconductor, and cleanroom electronics.
Electronics ESD →Conductive Epoxy (-c)
Deep-dive on conductive systems 25k–300k Ω for AA&E, EED, and defense applications.
Conductive Epoxy →Data Center Floors
Anti static and conductive floor systems for server halls, NOC facilities, and IT equipment areas.
Data Center →S20.20 Requirements Guide
Full technical detail on resistance, system testing, and 2021-revision ESD compliance.
S20.20 Guide →Technical Data Sheets
Complete TDS library for the PumaESD 100–400 Series including 301-AGV.
TDS Library →Color Charts
Static-control-compatible color palette for matte, satin, and semi-gloss topcoats.
Color Charts →All PumaCRETE Categories
Complete PumaCRETE product family catalog across industrial, food, ESD, and aerospace.
All Categories →Common Questions from Robot & AGV Buyers
Why do Robot and AGV areas need a specialized floor?
Robots and AGVs follow identical paths through a facility on a repeating loop, concentrating wear into narrow tracks. The hard urethane wheels grind those paths down faster than general traffic ever would. Small wheels under heavy payloads also spall the edges of slab joints, creating jolt points that damage wheels and onboard electronics. PumaCRETE 301-AGV PumaESD flooring is engineered specifically for this duty cycle — a hard composite surface that resists urethane-wheel abrasion plus high-performance flexible joint filler to keep wheels rolling smoothly across the entire path.
What resistance does a Robot floor actually need?
It depends on the Robot's electronics sensitivity and the facility's ESD program. PumaESD 301-AGV is available in two suffixes: -d (static dissipative, 10⁵ to 10⁹ ohms) for the majority of warehouse and manufacturing Robot fleets, and -c (conductive, 25,000 to 1,000,000 ohms) for AGVs handling ESD-sensitive payloads or operating in facilities with formal DIN EN 61340-5-1 ESD programs. Custom resistance bands are available on request.
Can PumaCRETE Robot flooring be installed over old concrete?
Yes. The 301-AGV PumaESD composite system is specifically engineered as a resurfacer for old, damaged concrete as well as new slabs. It restores wheel-path flatness on worn substrates, fills surface defects, and provides full ESD performance after cure. For severely damaged concrete, the 301 Series can be applied at 1/8 to 1/4 inch thickness to substantially level the surface for warehouse and distribution Robot operations.
Does PumaCRETE sell Robot flooring materials direct?
Yes. PumaCRETE Corp. sells 301-AGV PumaESD materials direct to facility owners, in-house maintenance teams, and contracted independent installers nationwide. Direct material sales eliminate distributor markup. Each direct-sale order ships with full technical data sheets, SDS, written installation manual, video tutorials for mixing and application, joint-filler specification, and resistance test procedure templates. Phone and email technical support is included throughout the project. Call 857-226-8247 for direct material pricing.
Does PumaCRETE provide on-site installation training for Robot floor projects?
Yes. PumaCRETE operates a contractor certification department staffed by factory-employed technicians who travel to customer facilities for hands-on installation training. Training covers substrate evaluation and moisture testing, diamond grinding and shot blasting surface prep, joint preparation and flexible filler application (critical for Robot wheel survival), 301-AGV PumaESD mixing ratios and pot life, multi-layer composite application technique, mil-thickness verification, and post-cure resistance testing. Training is available for an additional charge and is required for the manufacturer warranty to apply on direct-material installations.
What about joint filler — why does that matter for AGVs?
Joint filler is the single most-overlooked failure point on Robot and AGV floors. Slab control joints and construction joints are the natural fracture lines in industrial concrete, but they are also exactly the points where small Robot wheels carrying heavy payloads concentrate stress. Without a flexible high-performance joint filler installed flush with the wear surface, the joint edges chip and spall under repeated wheel passage. This creates a jolt that damages the wheels, the suspension, and onboard sensors. PumaCRETE supplies the matched joint filler specification with every 301-AGV PumaESD installation and trains crews on proper joint preparation as part of the on-site certification program.
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.
Ready to Spec the Floor Your Robot Fleet Will Actually Survive?
Get a no-obligation site assessment, written 301-AGV PumaESD specification, and budget from PumaCRETE Corp. — 30+ years as a direct manufacturer of static dissipative and conductive composite flooring for AGV, autonomous mobile robot, and warehouse automation duty. Certified on-site installation training delivered by factory-employed PumaCRETE technicians. Direct material sales nationwide. Written specification and budget within five business days.
PumaCRETE Corp.68 Harrison Avenue
Boston, MA 02111 USA
Phone: +1-857-226-8247
Email: info@pumacrete.net
Web: pumacrete.net
Ready to Find a Certified Installer Near You?
PumaCRETE's nationwide network of factory-certified applicators is ready to help with your industrial flooring project. Tell us about your facility, floor type, and location — we'll connect you with the right solution.
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