Densification Concept


Ashford Formula Treated Concrete vs. Untreated Concrete

For years, the only approach to protecting concrete floors has been to cover them with a film or membrane.  Such products include acrylics, urethanes, epoxies and waxes.  By their very nature, however,coatings are only a temporary solution.  They are subject to delamination, scratching, chipping and wear.  Eventually, they have to be replaced.  This involves the expense of downtime, materials and labor.  Some inexpensive coatings last only as little as 6 months to a year, so the associated maintenance costs are frequent and high.


The Ashford Formula takes a different approach to concrete floor protection.  Rather than coating the surface with organic solids, theAshford Formula grows new crystals in the concrete itself.  This reaction fills in the natural pores and voids in the concrete and provides a dense, hard surface that is easy to clean.  The concrete is densified internally and inorganically.  There is nothing to wear off the surface, nor is there anything to replace.  The same reaction also makes the surface much harder and resistant to abrasion.  In addition, the floor surface is rendered free of dust.


The idea of achieving these results was initiated over 60 years ago by the Ashford Formula.  This is the product that created an entirely new industry.  Because of the success of the Ashford Formula, many imitations have come on the market.  None of them, however, can match the long-term performance of the original.  No one has the same unique catalytic chemistry that has delivered results lasting over 60 years.  No one has the same Lifetime or 20-year warranty that is validated by six decades of proven performance.


  • Ashford Formula

  • Main Brochure pdf
  • Main Brochure (French) pdf
  • Main Brochure (German) pdf
  • Main Brochure (Spanish) pdf
  • Technical Info

  • ANSI B101.1 - B101.3 pdf
  • Application Instructions pdf
  • Chemical Resistance Rating pdf
  • Electrical Conductivity Test pdf
  • HPD v1.0 pdf
  • HPD v2.1 pdf
  • LEED Indoor Emission Test pdf
  • Manu-Spec pdf docx
  • NFSI Phase 2 High Traction pdf
  • Reach SDS (English) pdf
  • Reach SDS (Italian) pdf
  • Reach SDS (Spanish) pdf
  • SDS (US-EN) pdf
  • SDS (Canada-EN) pdf
  • SDS (Canada-FR) pdf
  • SDS (DE) pdf
  • Spec Data pdf
  • TUV SUD TM14 pdf
  • VOC EPA 24 pdf
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