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All cement produced by Solid Cement (Antipolo) and APO Cement (Cebu) are made using the highest quality materials and processes and are manufactured under ISO 9001:2000 and ISO 14001 Quality Management Systems.
, is used for general construction, such as in structures, walls, floors, pavements, sidewalks and prefabricated elements and others. It exceeds the requirements and specifications of ASTM C150:97 and PNS 07:2000 |
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is specifically for general construction use, such as in reinforced concrete walls, floors, pavements and sidewalks. It is also used for marine and harbor construction, as it is salt water-resistant and for finishing, as it increases water-tightness in concrete, hence, no cracking. APO Pozzolan cement has high compressive strength. It meets applicable requirements of ASTM C595 Standard Specification for Blended Hydraulic Cement and also conforms to PNS 63:1989 Type IP, with PNS License No. Q-0257. |

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Super Portland Cement with Natural Minerals is a moderate sulfate resisting and a moderate heat of hydration cement, which exceeds the specifications of ASTM C595 and PNS 63 for Type 1P, and PNS 07:2000 for Type 1. It is most popularly classified as Portland Cement with Natural Minerals.
RIZAL Super is used for the following applications:
- Foundations, columns, floor slabs, beams, plastering, block-laying and in-filling.
- For structures exposed to the risk of chloride attack.
- For massive structures wherein thermal-induced stresses have to be reduced.
- For high-rise structures.
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is recommended for use in the following masonry applications: Plastering of interior or exterior walls, in-filling of concrete hollow blocks (CHB), bricklaying, block and stone masonry applications, internal and external finishes including pebble dash and roughcast and floor toppings. In masonry applications, CEMEX Palitada King performs better than Portland cement and Pozzolan cement because.
CEMEX Palitada King is:
- K - Kapit Dikit (bonds faster and stronger to walls).
- I - Iwas Crack (does not crack as easily).
- N - Nakakatipid (the use of the product can give you as much as 20% savings in labor and material costs).
- G - Ginhawa Ipahid (ease and convenience of application).
CEMEX Palitada King Masonry Cement conforms to ASTM C91-99 for Type N and Type S masonry cement and PNS 75:1986. |
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is specially recommended for massive structures wherein thermal- induced stresses have to be reduced and for structures exposed to Marine Attack TM. It's formulation passes Type I, II and V specifications, which makes it the preferred choice for both general construction of concrete structures where strength and durability are of paramount importance like high-rise buildings, roads and pavements and for construction in wet, chemically hostile groundwater environment like industrial plants, sewage treatment plants, areas near mangrove swamps and foundations. Compared to ordinary Portland cement, CEMEX Marine has higher strength, higher sulfate resisting qualities, reduced drying shrinkage, reduced heat of hydration and is highly compatible with the leading admixture brands. CEMEX Marine complies with the specifications of ASTM C150 and PNS 07:2000. |
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, is used in making panels, balconies, cornices, ornaments, paving stones, flags, sculptures, in terrazzo, and for swimming pools. As an architectural medium, concrete made with CEMEX White Cement offers endless opportunity for creativity, ingenuity and superior building engineering. Only the purest limestone, finest ground sand and other carefully selected raw materials go are used in its production. CEMEX White Cement conforms to the American Standard of Testing Materials (ASTM) 150. |
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is a moderate sulfate resisting and a moderate heat of hydration cement, which complies with the specifications of ASTM C595 and PNS 63 for Type 1P. The product's natural mineral component ensures increased strength and durability over time, while the unique particle size distribution makes it the preferred cement where increased workability is required. It is used for general construction especially on structures exposed to moderate sulfate environments. It is also used for structures exposed to the risk of chloride attack, for massive structures wherein the thermal-induced stresses have to be reduced, and for high-rise structures. |
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