FloFill P

FloFill P

Riteks FloFill™ P is a dry powdered material that aids in producing a highly flowable and volume stable flowable fill mixture also known as controlled low strength material (CLSM), controlled density fill (CDF) and low strength mortar (LSM). The use of FloFIll P results in improved flowability while reducing the amount of mix water required to obtain a flowable mix. Riteks FloFill™ P aids in the placement of CLSM by creating a high flowing mix that easily consolidates around structures and efficiently fills voids without the need for additional compaction. The use of FloFill P produces CLSM that is volume stable and less prone to shrinkage. It eliminates segregation, lowers densities and improves pumpability. The use of accelerating admixtures in conjunction with FloFill P can allow for CLSM to gain strength faster.

A-Train FF

A-Train FF is a specialty solution of selected surfactants for use as an Admixture for Cellular and Pre-Foamed Lightweight Concrete and for use as a Synthetic Air Entraining Admixture for Concrete. When used with a Foam Generator and a suitable water supply, A-Train FF produces a consistent pre-foam that is stable under alkaline conditions and suitable for use in the production of foamed concrete. Foamed concrete is the industry term used for the product produced by the controlled addition of a pre-foam to a cement grout or sand/cement mortar. A range of densities can be produced, typically from 20 to 100 lb/ft³. Foamed concrete is lightweight and highly mobile, able to flow for long distances under its own hydraulic head, and is an ideal material for uses such as void filling, roof screeds and trench reinstatement

A-Train VR

Riteks A-Train™ VR is a concentrated neutralized vinsol resin admixture for entraining air in concrete. A-Train VR will increase resistance to damage from cyclic freeze/thawing and scaling from deicing salts and will improve plasticity and workability.

A-Train PR

Riteks A-Train™ PR is an admixture for entraining air in concrete. A-Train PR introduces millions of uniformly sized spaced air voids throughout the concrete mixture and has been proven to be far more resistant to freezing and thawing than plain concrete. A-Train PR in hardened concrete reduces permeability and enhances the resistance to surface deterioration caused by de-icing chemicals.