Elevate Electronics Manufacturing With the Right Epoxy Flooring

By Meera Sawhney · March 26, 2026 · 3 min read

On an electronics production floor, the floor is part of your ESD control program — the same as wrist straps and ionizers. Circuit boards, semiconductors, and assemblies are vulnerable to discharge from the moment they enter the floor, and the surface everyone walks on is one of the biggest static sources in the building. Get the floor right and you protect yield. Get it wrong and you ship latent failures.

The short version: electronics manufacturing needs a grounded ESD epoxy floor specified to your control plan's resistance target, matched to the wear and chemistry of a production line, and verified by test. The epoxy part is straightforward. The ESD discipline is where projects succeed or fail.

Why standard epoxy isn't enough here

A standard epoxy floor is seamless, durable, and easy to clean — all good. But in a low-humidity production environment, standard epoxy and concrete actually generate static charge as people, carts, and materials move across them. On an electronics line, that's the opposite of what you need. The floor has to be the static-control version: a grounded ESD system.

The spec that protects yield

1. The right resistance tier

Electronics manufacturing is typically the dissipative (ESD) range, 10⁶–10⁹ ohms — the standard target for most electronics environments. Conductive (below 10⁶ ohms) is reserved for the most sensitive processes or explosive atmospheres, when the control plan calls for it. Don't over-spec; match the plan. (Detail: anti-static flooring solutions.)

2. A grounded system, not a coating

The system protects only when it's grounded: conductive basecoat, dissipative topcoat, copper ground straps to earth ground, continuity verified. An ESD floor with no ground path provides no protection — the single most common failure in the field.

3. Production-grade durability and chemistry

A manufacturing floor takes abrasion, point loads, and whatever chemistry your process and cleaning involve. Standard epoxy can be upgraded with a conductive primer and ESD topcoat for static control; the topcoat is also where you match chemical resistance to the line. See how topcoat selection works on the epoxy flooring systems page.

4. Verification you can hand to an auditor

Installed to ANSI/ESD S20.20, tested after install to ANSI/ESD STM7.1, documented. The resistance readings across your finished floor are what proves the floor is part of a compliant control program.

Spec summary

Element	Electronics manufacturing target
Resistance tier	Dissipative (10⁶–10⁹ ohms), unless plan requires conductive
Grounding	Copper straps to earth ground, continuity verified
Durability	Production-grade epoxy matched to traffic and loads
Chemistry	Topcoat matched to process/cleaning agents
Verification	STM7.1 test results documented for ESD program

DTI's process on an electronics floor

Substrate assessment → surface preparation → ground strap installation → ESD system application (primer, conductive basecoat, dissipative topcoat) → post-installation resistance testing → documentation. It's the same disciplined sequence behind our ESD and static-control flooring work, including data center and lab projects. For cleanroom-classified electronics production, combine it with the requirements in cleanroom flooring for electronics.

Frequently asked questions

What flooring is used in electronics manufacturing? Grounded ESD epoxy is the standard — it controls static, resists production wear, and is verified to ESD standards. The resistance tier comes from the facility's ESD control plan.

Can regular epoxy be made anti-static? A standard epoxy system can be built as an ESD system using a conductive primer/basecoat and an ESD topcoat, grounded and tested. A finished standard epoxy floor is not anti-static on its own.

What resistance range should an electronics floor target? Usually the dissipative range, 10⁶–10⁹ ohms. Conductive (below 10⁶) is specified only when the control plan requires it.

How do I prove my floor meets ESD requirements? With post-installation resistance testing to ANSI/ESD STM7.1 and documented results retained for your ESD control program.

Building or upgrading an electronics production floor? DTI specs, grounds, installs, and test-documents ESD epoxy to your control plan. Request a consultation or call (209) 879-9674.