Product Innovation at Chesterton International GmbH – Low VOC Concrete Primers

From now on Chesterton International GmbH offers the ideal basis for the manifold concrete protection systems of the ARC- and CP-coating lines. The previous primers were significantly improved.
By: Chesterton International GmbH
ROEDINGHAUSEN, Germany - March 30, 2020 - PRLog -- With CP-"Synthofloor 8010 Plus" and "CP-Synthofloor 8016 Plus" you obtain prime coat products without addition of benzyl alcohol; the VOC content is lower than 1 %, they are practically emission-free!

The optimum base for each concrete coating – Advantages of the new primers

» VOC content < 1 %, free of benzyl alcohol
•  practically emission-free

» Safe application
•  no harmful evaporations
•  no unpleasant odors during use

» Versatile use
•  as primer and key coat
•  on "green" concrete and concrete with residual moisture of max. 6 %
» Excellent mechanical resistance
•  high compressive strength

» Excellent chemical resistance
•  resistant against water/sewage, alkalis, mineral oils, saline solutions, diluted acids,
  lubricants and fuels

The extensive possibilities of Chesterton's industrial concrete- and flooring systems

In their portfolio Chesterton International GmbH provides high-quality systems for various concrete protection. With the innovative primers you receive the environmentally friendly base for following industry sectors:

» Waste water basins, sewage pipes
» Concrete drip pans, Secondary Containment application
» Septic tanks, oil and petrol separators
» Industrial floors for heavy duty traffic
» Anti-skid floors
» Production floors with antistatic effects
» Chemically resistant floorings
» Floors for highly hygienic demands

Why is Concrete protection necessary for industrial areas?

Concrete substrates also need a resistant coating for a trouble-free operation. The belief that concrete could permanently withstand aggressive chemical attacks or heavy weather conditions without protection is a false conclusion. As a matter of fact, air pollution and resulting acid rain induces by contained sulfur dioxide the corrosion of concrete. By enduring contact with chemicals or aggressive substances, concrete is destroyed in different ways. The sulfate attack causes expansion effects. The sulfuric acid attack effectuates extreme concrete erosions. Also anaerobe microorganisms (sulfate reducing bacteria - SRB) provoke fatal concrete erosions by the excretion of hydrogen sulfide. Fluids and gases, which ingress into the porosities of the concrete, can cause corrosion on steel reinforcements.

The primers and following coatings of Chesterton International GmbH are applied onto clean and blasted concrete. Due to the low viscosity of the products, all porosities are easily filled in and an outstanding adhesion is thereby achieved. The application is conducted by an airless spraying method or simply by roll and rake.

Stephanie Wuensch
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Location:Roedinghausen - North Rhine-Westphalia - Germany
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