Ultratech Lime-Cement Mixtures Provides smoother consistency making it easy to mix and apply, Enhances adhesion to masonry and plaster surfaces for long-lasting durability, Reduces shrinkage cracks improving structural integrity, Ensures longer working time and minimizes drying shrinkage, Provides protection against harsh weather and sulfate attacks, Ideal for masonry work plastering, and finishing in both residential and commercial projects

Key Features and Applications

Enhanced Workability	Provides smoother consistency, making it easy to mix and apply.
Improved Bond Strength	Enhances adhesion to masonry and plaster surfaces for long-lasting durability.
Crack Resistance	Reduces shrinkage cracks, improving structural integrity.
Better Water Retention	Ensures longer working time and minimizes drying shrinkage.
Weather and Sulfate Resistance	Provides protection against harsh weather and sulfate attacks.
Versatile Applications	Ideal for masonry work, plastering, and finishing in both residential and commercial projects.

Technical Specifications

Compressive Strength	≥ 8 MPa at 7 days
Fineness	≥ 250 m²/kg
Setting Time	Initial: ~60 minutes / Final: ~10-12 hours
Water Retention	≥ 75%
Lime Content	Optimized for improved plasticity and bonding

Packaging Options

25 kg Bags	Small-scale plastering and masonry work.
40 kg Bags	Ideal for residential applications.
50 kg Bags	Standard construction and commercial projects.
Jumbo Packs (1 MT, 1.5 MT)	Bulk usage in large-scale infrastructure projects.

Product Description

UltraTech Lime Cement Mixture is a blended cement product that combines cement, hydrated lime, and performance-enhancing additives to deliver high plasticity, better bonding, and superior crack resistance. This specialized mix is designed for masonry, plastering, and finishing applications, ensuring smooth application, long-lasting durability, and an excellent finish.

With its higher water retention and resistance to weather conditions, UltraTech Lime Cement Mixture improves structural integrity and surface finish while minimizing shrinkage cracks. It is an eco-friendly and cost-effective solution for both residential and commercial construction projects.