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Cement

Phoenix Cement® Type I/II/V (LA)

Phoenix Cement® Type I/II/V (LA)

Phoenix Cement® Type I/II/V (LA) cement meets all chemical and physical requirements of the current ASTM Specification C 150 for Type I, II and V, low alkali cements and C 1157 for Type GU, MS, and HS. Type I/II/V (LA) is a general, all-purpose cement for use in most general construction applications.

Phoenix Cement® Portland Pozzolan Type IP

Phoenix Cement® Portland Pozzolan Type IP

Phoenix Cement® Portland Pozzolan Type IP (25) cement meets all chemical and physical requirements of the current ASTM Specification C 595 and ASTM C 1157, as well as the requirements for Types IP and IP (HS) blended hydraulic cements. Phoenix Cement® Portland Pozzolan Type IP (25) is a blend of Phoenix Cement® Type I/II/V (LA) and ASTM C 618 Class F fly ash which is interground at the mill. It is a general, all-purpose cement for use in most general construction applications where a typical Type I/II/V (LA) cement would be used.

Phoenix Cement® Rapid Power Type III (LA)

Phoenix Cement® Rapid Power Type III (LA)

Phoenix Cement® Rapid Power Type III (LA) meets all chemical and physical requirements of the current ASTM Specification C 150 for Type III Low Alkali Portland Cement and C 1157 HE, High Early Strength cement. Rapid Power Type III (LA) is a high early strength cement suitable for use in most general construction applications.

Phoenix Cement® Plastic Cement

Phoenix Cement® Plastic Cement

Phoenix Cement® Plastic Cement is manufactured specifically for the plaster/stucco industry. It meets all the chemical and physical requirements of ASTM C 1328 as well as UBC Standard 25-1 and IBC 2511 and 2512 for plastic (stucco) cement. In addition, Phoenix Cement® Plastic Cement meets all requirements of the current ASTM Specification C 91 and UBC Standard 21-11 and IBC 2103.7 for Type S masonry cement.

Dynamortar® Type S Masonry Cement

Dynamortar® Type S Masonry Cement

Dynamortar® is an all-purpose masonry cement suitable for use in the production of ASTM C 270 Type S masonry mortar. Phoenix Cement® Dynamortar® meets all requirements of the current ASTM Specification C 91.

Dynamortar Plus™ Sanded Type S Mortar Mix

Dynamortar Plus™ Sanded Type S Mortar Mix

Dynamortar Plus™  is a preblended dry mortar mix of dry fine aggregate and ASTM C 91 Type S Masonry cement thoroughly blended to provide masonry mortar that is highly workable with outstanding water retention and durability. With the addition of only water at the mixer, preblended Dynamortar Plus™ produces a Type S masonry mortar meeting both the Property and Proportion Requirements of ASTM C 270 for use in the construction of both reinforced and non-reinforced unit masonry structures. Dynamortar Plus™ mixed mortar bonds masonry units into an assemblage influencing the structural properties while adding to water resistance.

Supermortar® Type S Masonry Cement

Supermortar® Type S Masonry Cement

Supermortar® is an all-purpose masonry cement suitable for use in the
production of ASTM C 270 Type S masonry mortar. Phoenix Cement®
Supermortar® meets all requirements of the current ASTM Specification C 91 for Type S masonry cement. Supermortar® is the original masonry cement
formulation created by Salt River Materials Group. Since its inception in 1962,
the Supermortar® trade name has become synonymous with quality and
consistency in the masonry industry.

Supermortar Plus™ Sanded Type S Mortar Mix

Supermortar Plus™ Sanded Type S Mortar Mix

Supermortar Plus™ is a preblended dry mortar mix of dry fine aggregate, Type I/II/V portland cement, Class F fly ash and hydrated lime thoroughly blended to provide masonry mortars with enhanced set time, workability, water retention, bond strength and durability. With the addition of only water at the mixer,
preblended Supermortar Plus™ produces a Type S masonry mortar meeting both the Property and Proportion requirements of ASTM C 270 for use in the
construction of both reinforced and non-reinforced unit masonry structures.
Supermortar Plus™ mixed mortar bonds masonry units into an assemblage
influencing the structural properties while adding to water resistance.