Ultratech Sulphate-Resistant Cement Reduces the risk of sulphate attacks making it ideal for aggressive environments, Ensures long-term structural integrity especially in waterlogged and saline conditions, Reduces thermal cracks in mass concrete applications, Provides excellent load-bearing capacity for heavy-duty applications, Prevents water ingress enhancing resistance to chemical exposure, Suitable for marine structures sewage plants, foundations, and industrial construction

Key Features and Applications

High Sulphate Resistance	Reduces the risk of sulphate attacks, making it ideal for aggressive environments.
Superior Durability	Ensures long-term structural integrity, especially in waterlogged and saline conditions.
Low Heat of Hydration	Reduces thermal cracks in mass concrete applications.
High Compressive Strength	Provides excellent load-bearing capacity for heavy-duty applications.
Reduced Permeability	Prevents water ingress, enhancing resistance to chemical exposure.
Versatile Applications	Suitable for marine structures, sewage plants, foundations, and industrial construction.

Technical Specifications

Compressive Strength	≥ 33 MPa at 7 days, ≥ 53 MPa at 28 days
Fineness	≥ 225 m²/kg
Setting Time	Initial: ~45 minutes / Final: ~10 hours
Sulphate Resistance	High resistance to sulphate-rich environments
Soundness	≤ 10 mm
Heat of Hydration	Low to minimize thermal cracking

Packaging Options

25 kg Bags	Small-scale construction in sulphate-prone areas.
50 kg Bags	Standard construction, ideal for foundations and industrial buildings.
Jumbo Packs (1 MT, 1.5 MT)	Large-scale infrastructure and marine projects.

Product Description

Sulphate Resistant Cement (SRC) is a specialized type of cement designed to withstand sulphate-rich environments, preventing deterioration and ensuring long-term durability. It is formulated with low C3A (Tricalcium Aluminate) content, which significantly enhances resistance against sulphate attacks found in marine structures, sewage plants, underground foundations, and water-retaining structures.

This cement is particularly suitable for areas with high sulphate exposure, such as coastal regions, industrial zones, and waterlogged foundations. Its low heat of hydration minimizes thermal cracking, making it ideal for mass concrete applications.

With its high compressive strength (≥ 53 MPa at 28 days) and excellent durability, Sulphate Resistant Cement ensures structural stability and reduced maintenance costs for projects in challenging environments.