High-alumina cement (HAC) is a special type of cement made by mixing bauxite (aluminum ore) and lime at a certain temperature. This type of cement is also called calcium aluminum cement (CAC). High-alumina cement is made of aluminum ore and limestone. High-alumina cement is produced through a grinding process in grinding clinker. It is completely an inorganic substance. In order to qualify as a real high alumina cement, there must be a specific ratio between the alumina and lime contained in the product involved. High alumina cement is used by civil engineers in the design of many types of buildings and buildings.
One of the main advantages of high alumina cement is that it can withstand very high temperatures, which makes it very suitable for use in foundries or refractory materials. Any place that produces extreme high temperatures can be constructed with high-alumina cement. High-alumina cement will solidify within a few hours, generating more heat during solidification, and will not be affected by frost.
High-alumina cement can be used in low-temperature environments, so it is flexible, versatile and quick to set up. One of the best uses of high alumina cement is in the chemical industry. High alumina cement is extremely resistant to chemical attack, so it is an ideal choice for any factory or pharmaceutical factory. High alumina cement has strong reactivity and high compressive strength. High alumina cement is easier to construct than ordinary Portland cement, and high alumina cement can also be fireproof.
High alumina cement is very suitable for subsea applications and sewer infrastructure. High-alumina cement can be used in cold areas where rapid strength development is required. High alumina cement is also used in refractory concrete, which requires higher strength at very high temperatures.
