About Nanomolecular Sealers
What are “True-Nano” Nanomolecular Sealers?
The accepted scientific definition of the term “nano-molecular” is any material with atomic/molecular level unit dimensions ranging from one nanometer (nM) to 100 nM [1 nM = 1 Billionth of a Meter; or approximately 1/80,000 the diameter of a human hair].
CCSI products comply to this scientific standard
By penetrating to the true, nano-molecular level true nanomolecular products initiate reactions with existing atoms and molecules located within the concrete as well as on the substrate surface, creating new, molecularly determined structures with specific desirable and positive characteristics.
CCSI's sealant formulation is specifically designed to penetrate the surface of concrete which, after proper curing, provides benefits such as enhanced corrosion resistance, permeation and increased hydrophobicity.
The sealant formulation is tailored to allow the concrete to be resistant to acid , caustic, solvent and at the same time becomes more abrasion resistant. Because the CCSI solution is infused into the concrete it will not separate, delaminate or contaminate.
Concrete:
the backbone
of our country’s infrastructure
Concrete as a substrate has long been the preferred material for construction of floors, pavement, basins, trenches sumps and secondary containment structures in industry. Concrete is the backbone of our country’s infrastructure. Concrete’s relative low cost, ease of application and relative long term service life compared to other materials has long been known.
The downside of using concrete is that the micro structure of concrete allows the permeation of water and corrosive solutions that will cause premature failing of the concrete surface. Worse yet concrete will allow infiltration of corrosives to the metal reinforcement (Rebar) causing complete failure of the structure. Until now.
Our exclusive process relates to an application protocol which when applied properly to cured or green concrete (fresh poured concrete) will improve resistance to degradation caused by weather, chemicals and other corrosive elements. The process will have the end result of providing a protective coating to the surface of the concrete substrate which provides a barrier layer to protect the concrete from corrosive hazards.
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Learn more about real-world applications by reading this case study Epoxy vs. Nanomolecular Densified Floor in Agricultural Applications.
The professionals at CCSI want to assist you with your special concrete needs. We offer unique, sustainable solutions to the challenging issues facing the industry, institutional, municipalities and agriculture.
Please give us a call so we can offer our assistance in designing a concrete with unparalleled permeation resistance, chemical resistance and enhanced durability.
Please
call 800-825-7872 for
more information or to place your Order by Phone