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Battery Manufacturing & Dry Room Flooring Installation

ESD epoxy, conductive, and chemical-resistant flooring systems for lithium-ion battery manufacturing, dry room environments, electrode production, and gigafactory facilities. ANSI/ESD S20.20 compliant. Installed nationwide.

  • Systems: conductive and static dissipative ESD epoxy flooring + chemical-resistant urethane cement systems engineered for battery manufacturing environments
  • Dry Room Flooring: low-outgassing, moisture-resistant floor systems for dry rooms with dew points below -40°C; zero-VOC topcoats available for controlled atmosphere integrity
  • ESD + Chemical Resistance: flooring that handles both electrostatic discharge protection and exposure to NMP solvent, electrolyte, and electrode slurry — dual-threat systems for cell production lines
  • Applications: electrode coating and calendering, cell assembly, formation and aging, electrolyte filling, module/pack assembly, dry rooms, and quality control labs
  • Compliance: ANSI/ESD S20.20 verification; STM 7.1 resistance testing; chemical resistance testing per ASTM C267; full documentation for OEM and tier-1 audit requirements
  • Installation: in-house W-2 crews; experienced field leadership; nationwide mobilization from Dallas-based operations; est. 1999
  • Leadership: former Fortune 500 COO; operations oversight + QA/closeout discipline
  • Deliverables: submittals, surface prep + moisture verification, resistance testing logs, chemical resistance documentation, closeout packages

Phone: +1 (844) 687-1961

Email: projects@craftsmanconcretefloors.com

Battery manufacturing facilities present a flooring challenge that most ESD contractors aren’t equipped to solve: the floor has to control electrostatic discharge across the entire cell production process while simultaneously resisting aggressive chemical exposure from NMP solvent, electrolyte, and electrode slurry. Standard ESD epoxy fails in battery plants because it can’t survive the chemical environment. Standard chemical-resistant flooring fails because it doesn’t provide ESD protection.
Craftsman Concrete installs dual-function flooring systems — conductive or static dissipative ESD epoxy with chemical-resistant topcoats, or urethane cement systems with integrated ESD properties — purpose-built for lithium-ion battery manufacturing from electrode production through module assembly. For dry room environments, we install low-outgassing floor systems that maintain atmosphere integrity at dew points below -40°C without compromising ESD performance. Every battery plant flooring installation includes ANSI/ESD S20.20 verification, resistance testing, and chemical resistance documentation — ready for OEM qualification audits from day one. Whether you’re building a greenfield gigafactory or retrofitting an existing battery production line, our in-house W-2 crews have the experience to deliver flooring that survives both the chemistry and the static requirements of cell manufacturing.

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Case Studies

ESD Epoxy Flooring Case Study: 34,000 SF Dallas, TX
• Tier-1 electronics QA environment • 34,000 SF ESD epoxy flooring • Phased work in occupied space • Verification + closeout documentation
ESD Epoxy Flooring Case Study: 67,000 SF | Houston, TX
• Tier-1 electronics manufacturing / QA (ESD-controlled) • 67,000 SF ESD epoxy flooring • Product-cycle reconfiguration program • Phased install; moisture + resistance testing; closeout docs
ESD Epoxy Flooring Case Study: 4,000 SF | Austin, TX
• Aerospace electronics testing area (ESD-controlled) • 4,000 SF ESD epoxy flooring • Active facility install; sequenced to maintain ops • Grounded system; resistance verification + closeout