UltraTech 50Kg Portland Limestone Cement

Yes, it can be blended with admixtures like GGBS or PFA to meet specific chemical class requirements and improve workability.

It is available in 50 kg bags, ideal for medium to large-scale projects, ensuring efficient supply and usage on-site.

It incorporates limestone, reducing embodied CO2 emissions compared to regular Portland cement, making it a sustainable choice for construction.

The cement offers an optimal setting time to ensure consistent bonding during curing. For comparison, similar PLCs have an initial setting time of around 180 minutes.

It reduces shrinkage, minimizes cracking, and offers corrosion resistance for steel reinforcements, enhancing the lifespan of structures.

UltraTech PLC is typically classified as Grade 32.5 cement, ensuring sufficient strength for general construction needs.

It is suitable for concrete, plastering, foundations, slabs, masonry, and various construction projects due to its enhanced workability and reliable bonding properties.

UltraTech PLC contains a blend of limestone and cement, offering superior strength, durability, and eco-friendliness with a lower carbon footprint compared to traditional Portland cement.

UltraTech PLC is packaged in 50 kg paper sack bags for convenient handling and transport.

The initial setting time for UltraTech PLC is around 150 minutes, providing adequate workability before setting begins.

PLC is more environmentally friendly than OPC, with lower limestone content and reduced heat during hydration, helping mitigate issues like cracking in large pours.

UltraTech PLC generally achieves a compressive strength of approximately 58 MPa after 28 days of curing, making it suitable for various construction applications.

The key benefits of using PLC include reduced environmental impact due to lower carbon emissions, improved durability, and enhanced workability.

UltraTech Portland Limestone Cement (PLC) is a blended cement made by inter-grinding Portland cement clinker with 5% to 15% limestone. It offers similar properties to Ordinary Portland Cement (OPC) but has a lower carbon footprint and generates less heat during hydration.