Kurdistan Cement Factory

This type of cement, known as Ordinary Portland, is a suitable option for general construction where no specific concrete properties are required. It is commonly used in projects such as sidewalks, road pavements, concrete bridges, railway tracks, water reservoirs and transmission pipes. In masonry mortar production, after blended cements (for economic savings), it holds the second place in usage.

For projects that require high early strength or quick formwork removal—such as columns, ceilings, bridge decks, or precast concrete production facilities like blocks—Type I cement is commonly used. This cement also performs well in cold weather conditions.

Type II Portland Cement is one of the widely used types in the construction industry, known for its outstanding performance under specific environmental conditions. This cement is typically used when the heat generated during concrete setting must be controlled and moderate resistance to sulfate ions is required.

This type of cement is designed for environments where concrete is in direct contact with high concentrations of sulfate ions.

This cement is used in environments in direct contact with interior design. For this reason, it is also called sulfate-resistant cement. Whenever the soil or groundwater surrounding a structure contains high levels of sulfate, the use of Type V cement is mandatory according to the Iranian Concrete Code (ABA). This type of cement is specifically suitable for protection against sulfate attack.

Composite Portland cement is a type of hydraulic cement that becomes strong and solid through hydration reactions when combined with water. This cement is produced from a combination of hydraulic lime and clay, playing a very important role in the construction industry. 

Slag cements are among the best options for use in civil engineering projects with harsh environmental conditions and high durability requirements. With their special composition, this type of cement not only offers high chemical resistance but also plays an important role in protecting rebar and extending the service life of structures.

Blended cement, a combination of mineral and pozzolanic materials with Portland cement, plays a significant role in improving the performance of concrete. Using this type of cement in concrete mixtures enhances the physical, chemical, and durability properties of concrete under various environmental conditions.