The ultimate densifier for concrete polishing, anti-dusting and slab curing

Product Technical Benefits

• Colloidal silica is the latest and best technology amongst the silicates.
• Minimal (usually zero) colour change with Forti-Col EG™
• Forti-Col EG™ contains a high concentration of a range of the smallest nano colloidal particles which means:
  • Deeper penetration
  • Fast reactivity & curing.
  • More reactive sites resulting in more complex structures & more SiO² inside the pores for greater density and better polish.
• Forti-Col EG™ makes concrete polishing much quicker as excess product on the surface does not form a hard, gummy film which takes hours to grind off.
• Formulated with advanced additives to optimize penetration
• Lower, non-caustic pH is safer for people & surfaces
• Does not break down under UV so lasts for decades, even outdoors
• Water-based, zero VOC
• Made at our factory in Melbourne, Australia

Product Applications

• Concrete Densifier for Concrete Polishing.
  • Forti-Col EG™ is a high concentration colloidal silica densifier with the smallest particle sizes – smaller than traditional silicates and other colloidal silica densifiers.
  • Despite the small particle size and greater penetrating power, the high concentration of Forti-Col EG™ makes it ideal for EARLY densification after 30, to 100 grit metal grinding pads.
  • Forti-Col EG™ can be used for later densification after 50 to 400 grit resin pads, but Standard Forti-Col™ more cost effective for later densification as concrete is less porous and doesn’t usually require a super concentrated product.

• Concrete Slab Curing and Anti-Dusting
  • Forti-Col EG™ is highly concentrated which makes it ideal to treat fresh slabs to minimize water evaporation and optimize concrete curing.
  • Trowelled slabs should be trowelled with Forti-Trowel™ and then treated with Forti-Col EG™. Forti-Trowel™ is formulated with special colloidal particles with a delayed reaction time so it doesn’t interfere with the initial reaction of the cement and hardening of the concrete, while improving trowelling and creating a tighter pore structure on the surface of the concrete.