The Search For The Best Cement Brands In India

Homeowners, builders, architects and engineers are always searching for the best cement brands in India that can meet their required demands.

One such brand that has stood the test of time and earned a reputation for its excellence is MP Birla Cement. The MP Birla Group holds a rich legacy of over a century, and its cement division has consistently delivered over-the-top products that played an essential role in shaping the structure of our nation.

In order to reduce carbon footprints and aim for a sustainable tomorrow, cement companies have moved to larger production of blended cement. In Eastern India, slag cements are more preferred. MP Birla Cement believes in these sustainable practices, endorsing a greener future for all.

 

MP Birla Cement Unique Plus: A Trusted Name in PSC

MP Birla Cement Unique Plus is a superior Portland slag cement that incorporates granulated blast furnace slag. MP Birla Cement Unique Plus is made of the highest quality slag in Eastern India and the slag is procured from the prestigious Durgapur steel plant. The distinctive combination of materials offers numerous advantages to cement, often referred to as zero-tension cement.

Why Is MP Birla Cement Unique Plus A Zero-Tension Cement?

During and post-construction, homeowners are often burdened with tension. However, choosing MP Birla Cement Unique Plus will keep you away from that stress. This reliable cement creates no tension in the minds of the homeowners even after 10-30 years of construction. You can be assured that your structure will stand the test of time. Explore the following benefits it brings to the table to know why.

 

Discover the Unique Benefits of MP Birla Cement Unique Plus

 

Higher Long-Term Strength:

MP Birla Cement Unique Plus, with its unique blend of granulated blast furnace slag, provides superior compressive strength and durability. Thus, ensuring that the buildings built with this cement stand the test of time, even in harsh weather conditions.

Low Crack Development:

Incorporating slag in MP Birla Cement Unique Plus reduces the chance of cracking. This is a major concern in construction projects which is specifically valuable in regions with extreme weather conditions.

 

Capillary Pore Reduction Technology that Prevents Dampness:

This technology involves reducing the size and number of capillary pores in concrete. Smaller capillary pores restrict the passage of water and moisture through the concrete. Minimizing capillary pores prevents dampness and moisture-related issues in structures.

Higher Fineness for Improved Workability:

This refers to the smaller particle size of the cement used in concrete. The smaller particles lead to increased workability of the concrete mix, making it easier to handle, place, and shape during construction.

More Whiteness with Attractive Finish:

Increased whiteness in cement brings out a lighter and brighter appearance. This is desirable in places where a visually appealing and attractive finish is required, such as architectural and decorative concrete elements. The whiteness of the cement also enhances the aesthetic quality of your overall structures.

Better Resistance to Alkali-Aggregate Reaction:

Alkali-aggregate reaction (AAR) is a chemical reaction between alkalis in concrete and certain minerals in aggregates, leading to expansion and cracking. Cement with better resistance to AAR helps mitigate the risk of damage caused by this reaction. Thereby, ensuring the long-term durability of structures.

Better Resistance to Chloride and Sulphate Attack:

Chloride and sulfate attacks can deteriorate concrete structures over time. Cement with enhanced resistance to these chemical attacks can withstand exposure to chloride ions and sulfate compounds present in soil and water. Improved resistance ensures the longevity of concrete in challenging environments.

Impermeable Concrete and Better Resistance to Corrosion:

Impermeable concrete refers to concrete that has a reduced permeability to water and aggressive substances. This property makes the concrete less susceptible to corrosion of embedded steel reinforcement. Improved resistance to corrosion extends the lifespan of concrete structures, especially in environments where corrosion is a common issue, such as marine or industrial settings.