In electronics manufacturing, labs, and server rooms, a single static discharge can destroy sensitive components. ESD epoxy flooring safely channels static to ground, protecting your products and meeting industry control standards.
How ESD Flooring Protects Your Equipment
Static-dissipative and conductive epoxy systems contain conductive media and connect to a grounding grid of copper strips tied into the building ground. As people and carts move, any static charge drains harmlessly to ground instead of building up and discharging into a circuit board. This is essential anywhere electrostatic discharge (ESD) threatens sensitive electronics.
It complements the controlled environments we build for data centers and other commercial facilities.
Static-Dissipative vs. Conductive
The right system depends on your resistance target. Static-dissipative floors slow discharge within a controlled resistance range and suit most electronics assembly and lab spaces. Conductive floors offer a faster, lower-resistance path for the most sensitive or explosive-risk environments. We help you specify to your ESD program, with documentation aligned to standards like ANSI/ESD S20.20.
Durable and Clean for Production
Beyond static control, these floors are seamless, chemical-resistant, and easy to keep particle-free — important for cleanroom-adjacent and assembly areas. The non-porous surface limits dust and is simple to sanitize.
Proper Grounding and Testing
An ESD floor only works if it is installed and grounded correctly and verified with resistance testing. We install the grounding grid, apply the conductive system, and test resistance to confirm performance before handover.
Spec Your ESD Floor
Tell us your resistance targets and standards, and we will design a compliant system. Call (281) 503-5313 for your Katy electronics or lab facility.
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Frequently Asked Questions
What does ESD epoxy flooring do?
It safely channels static electricity to ground through conductive media and a grounding grid, preventing discharges that can destroy sensitive electronics.
What is the difference between static-dissipative and conductive floors?
Dissipative floors drain charge within a controlled resistance range for most electronics and labs; conductive floors offer a faster, lower-resistance path for the most sensitive environments.
Do you test the floor after installation?
Yes. We verify resistance with testing to confirm the system performs to your ESD program before handover.
Can you meet ANSI/ESD S20.20 requirements?
We design and document systems aligned to your resistance targets and standards like ANSI/ESD S20.20. Call (281) 503-5313.