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"Anti-Hydro" is a combination of organic and inorganic chemicals that reacts with portland cement to produce more complete hydration. Water requirements, bleed water and shrinkage are reduced. The increased hydration provides internal curing and a much harder cement paste. "Anti-Hydro" increases the early and ultimate strength of concrete. These combined reactions produce impermeable concrete that is hard and non-dusting.
"Anti-Hydro"-R is a combination of organic and inorganic chemicals that reacts with portland cement to produce more complete hydration. Water requirements, bleed water and shrinkage are reduced. The increased hydration provides internal curing and a much harder cement paste. "Anti-Hydro"-R increases the ultimate strength of concrete. These combined reactions produce impermeable concrete that is hard and non-dusting.
"Anti-Hydro"-NC is a combination of organic and inorganic chemicals that reacts with portland cement to produce more complete hydration. Water requirements, bleed water and shrinkage are reduced. The increased hydration provides internal curing and a much harder cement paste. "Anti-Hydro"-NC increases the early and ultimate strength of concrete. These combined reactions produce impermeable concrete that is hard and non-dusting.
"Anti-Hydro"-NCR is a combination of organic and inorganic chemicals that reacts with portland cement to produce more complete hydration. Water requirements, bleed water and shrinkage are reduced. The increased hydration provides internal curing and a much harder cement paste. "Anti-Hydro"-NCR increases the ultimate strength of concrete. These combined reactions render concrete impermeable, hard and non-dusting.
"Anti-Hydro" a combination of organic and inorganic chemicals that react with portland cement to produce more complete hydration. Water requirements, bleeding, and shrinkage are reduced. Placeability and finishability of the topping are enhanced. The increased hydration provides internal curing and a much harder cement paste. "Anti-Hydro" increase the ultimate strength of the topping.
"Anti-Hydro"-R a combination of organic and inorganic chemicals that react with portland cement to produce more complete hydration. Water requirements, bleeding, and shrinkage are reduced. Placeability and finishability of the topping are enhanced. The increased hydration provides internal curing and a much harder cement paste. "Anti-Hydro"-R increases the early and ultimate strength of the topping.
A-H Ahco A/E is an aqueous solution of neutralized vinsol resin. It provides a stable system of air entrainment by uniformly dispersing minute bubbles throughout the concrete mix. A-H Ahco A/E improves the durability of concrete exposed to freeze-thaw cycles by creating minute air bubbles in the hardened concrete. These air bubbles relieve the internal pressure created by the freezing and subsequent expansion of any moisture contained in the concrete. A-H Ahco A/E substantially reduces segregation and bleeding during concrete placement. It also reduces capillarity and channeling. A-H Ahco A/E does not affect setting or hardening times.
A-H Ahco W/R is a synthetically produced liquid admixture. It is a modified organic salt of hydroxylated carboxylic acid. A-H Ahco W/R disperses cement particles uniformly throughout the concrete mix, creating improved homogeneity and plasticity with a lower water content. The water reduction may be as much as 10-15% with no corresponding loss in slump. A-H Ahco W/R provides significant improvement in strength at all stages and affords easy placement of concrete. It is well suited to concrete pumping operations. A-H Ahco W/R improves concrete durability and is non-staining.
A-H Ahco WR/R is a synthetically produced water reducing, set retarding liquid admixture. It is a modified organic salt of hydroxylated carboxylic acid. A-H Ahco WR/R provides controlled retardation of the concrete’s setting time, preventing premature stiffening. A-H Ahco WR/R disperses cement particles uniformly throughout the concrete mix. A-H Ahco WR/R improves early strength and increases concrete plasticity and homogeneity. Water-reducing properties of A-H Ahco WR/R help minimize the volume change of the concrete.
A-H Super P is a super plasticizer of high molecular weight condensed naphthalene sulfonate liquid. It meets ASTM-C494 Type A and Type F standards. A-H Super P has a powerful dispersing action on cement without producing any adverse side effects. While ordinary water reducers permit a maximum reduction of 10% to 15%, A-H Super P provides water reductions of 20%-35%. A-H Super P greatly increases both early strength and concrete slump, providing a more workable mixture without sacrificing ultimate strength. In any operation that requires a low water-cement radio, workability, and high early strength, A-H Super P should be used. A-H Super P is ideal for pump placed concrete and the most difficult grouting applications. A-H Super P increases flow significantly, resulting in the necessary workability for the most difficult placement problems. A-H Super P is most useful in the manufacture of precast and prestressed concrete. Precast producers have reduced cement content by as much as 15% by using A-H Super P. Prestressed producers have reduced product curing time dramatically. Strengths of up to 15,000 psi have been attained in 28 days.
A-H Super P/R is a super plasticizer of high molecular weight condensed naphthalene sulfonate liquid. It meets ASTM-C494 Type A and Type G standards. A-H Super P/R has a powerful dispersing action on cement without producing any adverse side effects. While ordinary water reducers permit a maximum reduction of 10% to 15%, A-H Super P/R provides water reductions of 20%-35%. A-H Super P/R greatly increases both early strength and concrete slump, providing a more workable mixture without sacrificing ultimate strength. In any operation that requires a low water-cement radio, workability, and high early strength, A-H Super P/R should be used. A-H Super P/R is ideal for pump placed concrete and the most difficult grouting applications. A-H Super P/R increases flow significantly, resulting in the necessary workability for the most difficult placement problems. A-H Super P/R is most useful in the manufacture of precast and prestressed concrete. Precast producers have reduced cement content by as much as 15% by using A-H Super P/R. Prestressed producers have reduced product curing time dramatically. Strengths of up to 15,000 psi have been attained in 28 days. |
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