Home › ESD and Specialty Epoxy Systems
Majestic Epoxy Rogers installs ESD epoxy flooring and specialty systems for commercial and industrial clients in Rogers, AR. We provide electrostatic dissipative epoxy floors for electronics and data facilities, as well as chemical resistant and antimicrobial epoxy flooring for labs and healthcare. Our high performance epoxy systems are tailored to your environment and compliance needs.
Majestic Epoxy Rogers provides professional esd epoxy flooring throughout Rogers, AR, Arkansas and the surrounding area. Our licensed, insured crew delivers safe, clean, on-time work with a free estimate before anything begins. Call (479) 269-3917 or request your free quote.
Precision ESD Epoxy Flooring in Rogers, AR
If you work with sensitive electronics, flammable materials, or precision equipment in Rogers, you already know that a regular concrete slab is not enough. Majestic Epoxy Rogers installs customized ESD epoxy flooring and other specialty epoxy systems that control static, protect equipment, and keep your team safer.
Our team focuses on real-world performance, not just a shiny finish. Every ESD project starts with a site walk-through where we test your existing slab for moisture, check for existing coatings or sealers, and talk through how your space is actually used. A tech lab in a Benton County warehouse, a PCB assembly area on Hudson Road, or a data room in a converted retail space will each need a different ESD approach.
Rogers has wide humidity swings and concrete slabs here often have vapor issues. That matters with ESD flooring because trapped moisture can cause blisters and can disrupt conductivity readings. We address this up front with moisture testing and the right primers or vapor barriers, so the system you buy performs correctly over the long term, not just on installation day.
Majestic Epoxy Rogers is locally based, so we schedule your installation around Northwest Arkansas humidity, temperatures, and your production schedule. For example, some ESD epoxy materials cure slower during winter cold snaps, and some cannot be installed when the slab is too warm in August. We plan around that so your ESD system hits the manufacturer specs for resistance and bond strength.
How ESD Epoxy Flooring Systems Actually Work
ESD epoxy flooring is more than just a gray coating with a copper strip. A properly designed system controls how static charges move from people and equipment through the floor and safely to ground.
Most ESD epoxy floors in Rogers are built in layers. After surface prep, we apply a conductive or static-dissipative epoxy primer that contains carbon or other conductive additives. This primer is what provides the pathway for static charges. In some facilities, we also integrate copper grounding strips that tie into your building ground according to your electrician's specifications.
On top of the conductive primer, we place an ESD-rated body coat. This is a pigmented epoxy or urethane that contains specialized conductive fillers. Different products are rated as conductive or static dissipative, and the range you need depends on your testing requirements, such as ANSI/ESD STM7.1 or customer-driven standards. We walk you through these ranges so you understand how the floor will perform when checked with a resistance meter.
If you need additional chemical resistance or abrasion protection, such as in a manufacturing plant or a battery assembly area, we often add a clear ESD urethane topcoat. This helps the floor resist forklift traffic and cleaning agents without drifting out of its resistance range over time.
We always verify continuity as we install. That can include testing grounded points, checking resistance across the floor, and confirming that transitions at doorways or around equipment pads do not create dead spots. For sensitive operations, we can coordinate with your quality team so they can witness testing and document performance for their records.
Step-by-Step: Our Local Installation Process
Majestic Epoxy Rogers follows a structured process for every ESD and specialty epoxy project so you know exactly what will happen in your building and how long it will take.
1. Evaluation and testing: We inspect your existing concrete for cracks, coatings, and contamination like oils or forklift tire residue. We perform moisture tests when needed and discuss your grounding requirements and any relevant ESD standards your operation follows. This is when we decide if we need a moisture mitigation layer or special primers.
2. Surface preparation: Most jobs in Rogers require mechanical grinding to remove old sealers and open up the concrete. For heavily worn or contaminated slabs, we may shot blast instead. Good prep is what prevents peeling, poor conductivity, and coating failures. We also chase and fill cracks with epoxy repair materials and patch spalled areas so the ESD system has an even foundation.
3. Primers and conductive layers: We apply a compatible epoxy primer, sometimes moisture tolerant, then the conductive or static-dissipative layer. Conductive strips are installed where required by the system design or your engineer. During this phase we control temperature and humidity in the space as much as possible, which is especially important during humid Arkansas summers.
4. ESD epoxy build coats: We roll or squeegee the ESD epoxy body coat to the specified thickness. In some facilities we broadcast fine aggregates or ESD-safe flakes to add slip resistance and visual texture. Around drains, thresholds, and machine pads we cut in carefully so there are no thin spots that could change resistance readings.
5. Topcoat and curing: If the specification calls for it, we apply an ESD-rated urethane topcoat for added durability and chemical resistance. Then we let the system cure. Light foot traffic is usually allowed in 24 hours, but heavy loads or sensitive testing may require 3 to 7 days depending on product and temperature. Before we hand the floor over, we perform resistance tests and walk you through cleaning and maintenance so you know how to keep the ESD performance stable.
Cost, Options, and What Affects Your Price
ESD epoxy flooring costs more than standard epoxy, but the details of your space and performance requirements make a big difference in the final price. At Majestic Epoxy Rogers we explain each cost driver so you can make informed decisions.
Substrate condition is often the biggest factor. If your concrete has heavy damage, previous coatings, or oil contamination from years of production, we may need extra surface prep or patching. That adds time and material but is important for bond strength and consistent ESD readings. Moisture mitigation is another common cost in Arkansas, especially on on-grade slabs. A vapor barrier epoxy layer adds expense but can prevent blistering and system failure later.
Performance level and product choice also affect cost. A simple static-dissipative system for light-duty assembly may be more affordable, while a fully conductive, chemical-resistant system for a battery lab with forklift traffic will use higher end resins and ESD urethane topcoats. We can usually present a couple of options with clear pros and cons, for example, better abrasion resistance versus a slightly higher budget.
Layout complexity plays a role too. Small rooms with many columns, floor drains, or tight corners take longer per square foot than wide-open warehouse areas. If you need custom colors, safety striping, or integrated non-ESD walkways, we plan the layout carefully so the ESD zones maintain continuity while still giving you the layout you want.
Scheduling can also influence cost in Rogers. Nights, weekends, or fast-track schedules may require extra crew or premium products with faster cure times. On the flip side, if we can stage the work in sections or work during lower humidity periods, we can often be more efficient. Our quotes spell this out so you see how timing decisions affect pricing.
Specialty Epoxy Systems Beyond ESD
Not every space needs static control, but many Rogers facilities still need specialty epoxy systems that solve specific problems. Majestic Epoxy Rogers designs and installs coatings tailored to impact, chemical exposure, or hygiene requirements.
For food and beverage areas or commercial kitchens, we often recommend high-build, slip-resistant epoxy or polyurethane concrete systems. These can be installed with integral cove base so there are no gaps at the wall-to-floor joint where moisture and bacteria can collect. In wet processing areas, we adjust the aggregate size and broadcast method to give you a floor that drains well and still allows workers to move safely.
If your concern is chemical attack, such as in battery storage rooms, plating areas, or mechanical rooms, we use chemical-resistant epoxies or novolac systems that stand up to acids, caustics, and solvents. We review your SDS sheets so the resin selection matches the actual chemicals you use, not just a generic "chemical resistant" label.
For heavy impact or forklift traffic, such as distribution centers and manufacturing plants around Rogers, we can install thicker trowel-down epoxy mortars. These systems rebuild worn concrete, protect joints, and handle point loads from racking and machinery. Joint detailing and slope corrections are handled during installation so your new epoxy surface does not telegraph old problems.
We can also combine ESD and specialty requirements in one design. For example, an electronics production area that also needs chemical resistance near soldering and cleaning stations, or a testing lab that requires both static control and stain resistance. During our planning meeting, we map each area of your facility and match the right system to each zone instead of forcing a one-size-fits-all coating across the entire building.
