Cement resistance (also referred to as cementitious resistance) is an advanced protection used in construction and engineering to increase durability and strength of concrete structures. Implementation of reinforced concrete involves adding specific additives or admixtures into its mix that enhance its resistance against various forms of wear-and-tear damage and degradation. Cement resistance can enhance concrete's ability to withstand chemical attacks from acidic substances or harsh environments, and decrease corrosion damage while prolonging reinforced concrete elements' lifespans. Cement resistance helps minimize the effects of freeze-thaw cycles, decreasing cracking and spalling risks in colder climates. By strengthening resilient structures such as buildings, bridges, roads or any critical infrastructure component requiring concrete materials for its support structure. Cement resistance plays an essential part in protecting life safety as well as longevity for these critical infrastructure elements.