ElectraSeal^® ESD Concrete Sealer

Reduces Static Even With Standard Foot Wear and Carts!

Manufactured ONLY by United Static Control Products

Made in the U.S.A.


ElectraSeal ESD Concrete Sealer Over Ground and Polished Concrete. (larger photo)

EXCLUSIVE FORMULATION: Standard concrete sealers aren't hygroscopic. They are designed to repel the ambient environmental humidity that gives ElectraSeal its unique static dissipative electrical conductance. And, ElectraSeal isn't a static control floor finish or wax that will flake, powder and quickly degrade.

ElectraSeal is Different!

ElectraSeal's one of a kind metal free polymer chain is specifically designed for long term mechanical performance and ESD control. Unlike standard concrete sealers, ElectraSeal provides anti static properties when applied to ANY flooring substrate but works BEST when applied to concrete.

ElectraSeal is economical, long life, easy to maintain and has an extremely low VOC content making it an attractive option for Architects and End Users looking to achieve stringent "Clean and Green Building Standards."

ElectraSeal is perfect for use on concrete filled raised access panels, cast-in-place (slab on grade) and slab on deck concrete. ElectraSeal may be used over a multitude of concrete finishes including broom finished, hard trowel and diamond ground and polished concrete. ElectraSeal contains ZERO metallic or carbon particulates (RoHS Compliant) and is a preferred choice for a multitude of static control environments such as data farms, electronic manufacturing, additive manufacturing and more.

Static Electricity is NOT Your Friend!

Static electricity is normally created by contact and separation. Whether it is from a person's clothing rubbing against their skin, rolling on the floor with casters or even just walking on the floor, static is EASY to generate. In most cases a person won't be able to even feel this static (the voltage is too low) but it is ongoing, relentless and powerful. It can devastate sensitive microelectronics and in some cases cause fine powder to ignite.

The electrical conductivity of a floor is what takes this static charge to ground. Yet concrete's electrical conductivity varies dramatically. At times it is very conductive (not safe around energized equipment) or totally insulative (thus not allowing a static charge to dissipate to ground). ElectraSeal smoothes out these fluctuations and provides reliable, safe electrical conductivity across the entire floor.

ElectraSeal at GE Additive Manufacturing in PA

From sophisticated manufacturing to IDF rooms

ElectraSeal Tames the Static Beast Before it Takes another Byte^®

Conductivity that is SAFE for use around energized equipment

Economical at a cost of less than $0.40 cents per square foot

Easily handles THE heaviest of loads

Excellent slip resistance - even when wet!

Reduces static discharges without heel straps

Compliant for use in many electronic manufacturing environments

Easy to maintain and eliminates concrete dusting

Low to NO odor application

Perfect for fast track constuction

Microporous - Allows for use over high vapor emission concrete

NEW! ANSWERS TO THE MOST COMMON QUESTIONS:

What is the typical coverage of the material? 1,500 square feet per gallon per coat
How many coats are recommended? 3
How is it applied? With a microfiber mop or a United High Speed Mop
Do we need to bridge each saw cut and expansion joint with ground foil? No
Can it only be used over slab on grade concrete? No. ElectraSeal may be used over slab on deck concrete and even on cinder block walls.
How do I ground it? Use the free aluminum foil ground straps that are included with each order OR place a grounded steel structure (such as a file server rack or transformer etc.) on top of the coating.
Does the concrete need profiled? No, it may be applied over all types of concrete finishes.
Can it be used over densified or sealed concrete: ElectraSeal works best on unsealed concrete but will bond to a variety of sealed, densified or diamond ground and polished concrete (ALWAYS pretest per application instructions).
What environments should it not be used in? Artificially maintained constant low humidity environments of less than 20% RH.