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The United Arab Emirates is home to some of the world’s most ambitious construction and infrastructure projects. From high-rise buildings and residential communities to highways, industrial facilities, ports, and large commercial developments, construction continues across the country at a rapid pace.
This makes choosing the right cement for UAE construction an important decision. The right cementitious material can contribute to the strength, durability, workability, and long-term performance of concrete when it is combined with an appropriate mix design and proper construction practices.
However, construction in the UAE comes with unique environmental challenges. Extremely high temperatures, intense sunlight, coastal humidity, saline conditions, and aggressive soil environments can all affect concrete performance.
Cement is one of the primary components of concrete. When cement reacts with water, it forms compounds that bind aggregates together and provide strength to the hardened concrete.
But concrete in the UAE must perform in much more demanding conditions than a controlled laboratory environment.
A construction project may experience:
High temperatures are one of the biggest challenges faced by construction teams in the UAE.
During hot weather, concrete can lose moisture rapidly, while high temperatures can accelerate setting and make maintaining workability more difficult.
Dubai Municipality’s technical guidance addresses hot-weather concreting and includes measures such as controlling material temperatures, shading aggregates and plant components, cooling mixing water, and using flaked ice where required. Its guidance also specifies temperature limits for placed concrete unless project specifications require stricter limits.
The UAE has extensive coastal development, particularly around cities such as Abu Dhabi, Dubai, Sharjah, and other coastal areas.
For coastal construction, engineers may therefore focus on:
Sulfates present in certain soils and groundwater can create aggressive conditions for concrete.
This is particularly relevant when constructing foundations, underground structures, wastewater facilities, and other structures exposed to potentially aggressive ground conditions.
Where sulfate exposure is identified, engineers may specify Sulphate Resistant Cement (SRC) or another suitable cementitious system.
Rashidco Cement lists SRC among its cement products and identifies applications including foundations, sewage treatment plants, and coastal structures.
However, cement selection should not be based on location alone. A proper site investigation and project specification should determine whether sulfate resistance is required.
Selecting the right cement should begin with the project’s technical requirements.
First, determine what the cement will be used for.
Different applications can have different requirements, including:
The cement suitable for one application may not necessarily be appropriate for another.
Next, evaluate the environment surrounding the structure.
Important questions include:
These factors can influence the cementitious system and concrete mix design.
Different cement products are designed for different requirements.
Ordinary Portland Cement is widely used for general construction applications.
Depending on the specified grade and project requirements, OPC can be used for:
The appropriate grade should always be selected according to the project’s approved specifications.
Portland Limestone Cement incorporates limestone into the cementitious system and can be used in construction applications where the project specifications permit it.
PLC can also support construction projects looking at material efficiency and sustainability objectives.
However, the suitability of PLC should always be determined according to the project’s technical requirements and applicable standards.
MSRC can be considered for projects where moderate sulfate exposure is identified.
It may be relevant for certain foundations, underground structures, and projects exposed to aggressive soil or environmental conditions.
The required level of sulfate resistance should be determined by the project engineer based on site and exposure conditions.
Building to last in the UAE requires more than just meeting minimum code requirements—it demands choosing materials engineered for local extremes. Partnering with a reliable supplier like Rashidco Cement ensures you get expert guidance on selecting the right cement type for your specific project environment.