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Electrostatic Discharge FlooringStatic-dissipative and conductive floor systems installed to ANSI/ESD S20.20 and resistance-tested per ESD STM7.1 — built for electronics manufacturing, cleanrooms, data centers, munitions, and aerospace facilities across the Southeast.
Every ESD floor we install is engineered around the resistance target you need to hit. We then build the system around it: substrate prep, ground plane, primer, body coats, and topcoat selection are all chosen to keep the floor in spec for the life of the asset.
Resistance: 1×10⁶ – 1×10⁹ Ω. The right choice for general electronics assembly, EPA workstations, and ANSI/ESD S20.20 worker-grounding programs that don't require fully conductive.
Resistance: 2.5×10⁴ – 1×10⁶ Ω. Specified where rapid charge dissipation is critical — munitions handling, propellant manufacturing, anesthetizing locations, and high-voltage electronics.
Where mechanical traffic, chemical exposure, or UV stability demand more than epoxy. Maintains target resistance values while extending service life under heavy fork-traffic.
Continuous copper grounding network embedded into the system, tied to building ground at code-compliant intervals. Documented and tested before topcoat.
For floors that have to be flat, seamless, and decorative. 60–125 mil pours that level beautifully and pass resistance testing the day they cure.
If your existing ESD floor has fallen out of spec, we test, diagnose, and recoat — restoring resistance values without a full tear-out in most cases.
We don't hand off a floor without the documentation behind it. Every ESD project leaves with a resistance-test report, ground-continuity log, and product data tied to your specification — the records your QA, ESD coordinator, or DCMA auditor will ask for.
If your spec calls for a specific resistance value, surface profile, slip rating, or VOC limit, we will hit it or tell you why we can't before we mobilize.
| Standard | Application |
|---|---|
| ANSI/ESD S20.20 | Program standard for electrostatic discharge control |
| ESD STM7.1 | Floor materials — resistance characterization |
| ESD STM97.1 / 97.2 | Floor & footwear system, body voltage |
| NFPA 99 | Conductive flooring, healthcare anesthetizing locations |
| MIL-PRF-8170 / Mil-Std | Munitions and propellant manufacturing |
| NFPA 77 | Static electricity, recommended practice |
EPA-zone flooring for SMT lines, board assembly, test, and rework. Resistance values dialed for IPC and customer-specific ESD programs.
Low-particulate, easily-decontaminated ESD systems for medical device, pharma, and microelectronics cleanroom environments.
Static-dissipative floors for white space, MDF/IDF rooms, and battery rooms — paired with raised-floor edge transitions.
Conductive systems for propellant handling, ordnance assembly, and pyrotechnics in line with mil-spec and NFPA requirements.
ESD floors for avionics integration, satellite assembly, and DoD prime/sub facilities operating under flow-down ESD requirements.
NFPA 99 conductive flooring for surgical suites and oxygen-rich environments where flammable agents may be present.
We read your ESD program — S20.20, customer flow-downs, mil-spec — and write a system that meets it.
Diamond grinding or shot-blasting to CSP profile required by manufacturer. Moisture-tested, joint-treated, primed.
Copper grounding network, conductive primer, body coats, and topcoat installed to thickness spec.
Megohm-meter resistance testing per STM7.1 across the floor. Reports delivered with installation closeout.
Archon Coatings Company is a specialty subcontractor. Coatings are not one of the things we do — they are the only thing we do. That focus shows up in the way our crews mobilize, the way we treat your spec, and the documentation that leaves with the closeout package.
We take on ESD work because the rooms it goes into matter. Our crews understand that a contaminated copper strip, a missed grounding tie-in, or a wrong-resistance topcoat is the difference between a passing audit and a six-figure rework. We treat the floor like the asset-protection system it is.
Send it over. We'll come back with a system that hits your resistance target — and a crew that can be on site when you need us.
