Birla White Cement

by Aditya Birla Ultratech, engineered for decorative and structural construction projects requiring exceptional whiteness and superior finish. With +89% whiteness on the Hunter Whiteness Scale and 60 MPa compressive strength, it delivers both aesthetic excellence and structural integrity.

The cement features 370-400 Blaine fineness for smooth application and high refractive index with superior opacity, ensuring vibrant, long-lasting colors in pigmented applications. Ideal for mosaic tiles, terrazzo flooring, decorative plasters, and architectural finishes, Birla White Cement is the preferred choice for premium decorative construction in Bangalore.

Technical Specifications (Quick Reference)
Specification Details
Cement Type Premium White Portland Cement
Whiteness +89% on Hunter Whiteness Scale
Compressive Strength 60 MPa
Fineness 370-400 Blaine
Packaging 1 kg, 5 kg, and 50 kg bags
Storage Cool, dry place below 30°C; use within 3 months
Recommended Applications
Mosaic Tiles: Exceptional whiteness provides perfect base for vibrant tile colors and patterns
Terrazzo Flooring: Superior finish and strength for durable, decorative terrazzo installations
Decorative Plasters: Smooth application and brilliant white finish for interior and exterior decorative work
Pigmented Applications: High refractive index ensures vibrant, long-lasting colors in colored cement work
Architectural Finishes: Premium aesthetic quality for high-end architectural and decorative projects
Wall Putty Base: Ideal base material for manufacturing premium wall putty and finishing compounds
Installation Guidelines
Storage Check: Ensure cement is stored below 30°C in cool, dry place and within 3 months of manufacturing
Surface Preparation: Clean and prepare surface thoroughly before application for optimal adhesion
Mixing: Mix with clean water and additives as per application requirements; avoid over-mixing
Application: Apply evenly using appropriate tools; work in manageable sections for consistent finish
Curing: Follow proper curing procedures to achieve optimal strength and finish quality