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The latest venture of the Emami Group, “Emami Cement Limited” (ECL) has recently launched Emami Double Bull cement in the markets of Chhattisgarh, West Bengal, Odisha and Jharkhand. ECL has an installed capacity of 4 million tonnes of cement built at an estimated cost of over Rs. 2650 Crores. The state-of-art integrated cement plant at Risda, Baloda Bazaar is situated 70 km away from Raipur.

Emami, known for its strong product portfolio management, best in class quality as well as innovation in products & services, is quite confident of Emami Double Bull Cement more than meeting the customer’s expectations.

Portland Slag Cement
Ppc Cement

Emami Double Bull PPC

Emami Double Bull Portland Pozzolana Cement ensures two stage hydration process involving clinker and pozzolanic material resulting in denser gel formation. Usage of high-quality ash as a supplementary cementitious material in the production of PPC offer sustainable and performance advantages for those who build and occupy structures of all kinds. Their use results not only in more durable, high-performance concrete but also in lower energy consumption and greenhouse gas emissions.

Ppc Cement
Ppc Cement

Emami Double Bull PPC PROCEM

Emami Double Bull PPC PROCEM cement has been designed especially for industrial customers, by optimising the mix of fly ash content. The optimum mix leads to strength, viscosity and compatibility with a range of chemical mixtures.

Portland Slag Cement
Portland Slag Cement

Emami Double Bull PSC

Emami Double Bull Portland Slag Cement is specially designed and manufactured by inter-grinding clinker with superior quality ground granulated blast furnace slag for even particle distribution to produce specialised cement resistant to chemical ingress.

Opc Cement 53 Grade
Opc Cement

Emami Double Bull OPC-53

Emami Double Bull Ordinary Portland Cement, grade-53 is produced using a highly specialised process for optimum particle size distribution, superior crystalline structure and balanced phase composition. This results in high strength and durability to structures.