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Hutto static control floors, built to ANSI/ESD S20.20

Server halls, network operations space and dispatch floors in Hutto run on equipment that never powers down, so the hard part of a floor here is rarely the coating. It is finding the hours. The record for Hutto shows data centers.

2.5 x 104 to 1.0 x 106ohmsANSI/ESD STM7.1 / ASTM D257 (as cited on manufacturer TDS)
1.0 x 106 to 1.0 x 109ohmsFAA-STD-019
under 100voltsANSI/ESD STM97.2

The static sensitive work in Hutto

These are the Hutto operations that run static sensitive equipment, each one verified against the document named beside it.

01data centers

Data center developers including Skybox Datacenters are active in Hutto

Data center developers including Skybox Datacenters are active in Hutto, Pflugerville and Round Rock.

Source, verified 2026-09-05

Where conductive and static dissipative sit on the resistance scale 10³10⁴10⁵10⁶10⁷10⁸10⁹10¹⁰10¹¹10¹²10¹³ CONDUCTIVE STATIC DISSIPATIVE INSULATIVE 2.5 x 10⁴ to 1.0 x 10⁶ ohms. Fastest bleed. Specified where a spark is the hazard. Anything above 10⁹ is an insulator and holds a charge instead of moving it. ANSI/ESD STM7.1 · bands published by the ESD Association
The two static control bands, drawn where they sit on the scale. Everything to the right of 10⁹ ohms is an insulator.

Uptime is the constraint

On a Hutto floor the coating decision is the easy half. Sequencing it around equipment that cannot be powered down is where the real work sits.

Getting there. Crew travels from Houston/Spring (via US-290/SH-130).

The document behind a Hutto job

CSI 09 67 23 is the one worth reading first for work like this. Resinous Flooring. The MasterFormat section a resinous ESD system is specified under, because there is no dedicated static control resinous number.

01

There is no dedicated resinous ESD section

MasterFormat has no static control subsection under 09 67 23. The one dedicated static control flooring number, 09 65 36, governs resilient tile and sheet goods, which is a different product category from a resinous coating.

Questions from Hutto

Does a Hutto data hall need conductive or dissipative?

Your program document decides, and rooms with energized equipment often sit higher rather than lower. FAA-STD-019 specifies 1.0 x 106 to 1.0 x 109 ohms in rooms with live equipment for personnel safety[11], which is above a typical manufacturing floor.

Do you handle the whole job in Hutto or just the coating?

The whole job: removing what is down, preparing the slab, the grounding network, the system itself and the cure schedule around your operation. Prep and grounding are where most of the work is. How it runs.

Can you look at our Hutto floor before we commit to anything?

Yes, and for an existing floor that is the sensible first step. Measuring what you already have against your requirement often costs a fraction of replacing it, and plenty of floors pass. What pushes a floor out of range.

Also in Austin-Round Rock

Crews working Hutto cover Austin, Taylor, Round Rock, Baytown on the same run, so a job in Williamson County rarely stands on its own.

Sources

Publishers cited on this page, and how many times each one is citedarcat.com1staticworx.com1
2 citations on this page, across 2 publishers. Every figure above is one of them.
  1. Conductive and dissipative ESD epoxy technical data sheet, resistance and cure figures

    Cited here for the conductive flooring/coating resistance band. The ESD Association's own consumer-facing page states only the <= 1.0 x 106 ohm ceiling with no stated floor.

    www.arcat.com
  2. FAA-STD-019, floor resistance and grounding requirements for FAA facilities

    Lightning and surge protection, grounding, bonding, and shielding for FAA facilities and electronic equipment.

    staticworx.com

Every number on this page came from one of those documents. Send us the room and we will tell you which of them your floor has to answer to.

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