3/4 Aggregate (Bahs 3/4)

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Overview

3/4 aggregate, commonly known as “Bahs 3/4,” is a medium-sized crushed stone material widely used in construction and infrastructure projects. It is produced by crushing larger rocks into uniform 3/4-inch particles, making it ideal for structural applications such as concrete production, road bases, and drainage solutions. Its high strength and durability make it a crucial component in modern construction.


Why You Should Use It?

  • High Load-Bearing Capacity: Supports heavy loads, making it perfect for road foundations.
  • Excellent Drainage Properties: Prevents water retention in construction projects.
  • Ideal for Concrete Mixing: Enhances the durability and stability of concrete structures.
  • Long-Lasting Material: Resistant to weathering and erosion.
  • Versatile Usage: Used in roads, landscaping, and retaining walls.

Key Features

PropertyDescription
Particle Size19 mm (3/4 inch)
ColorGrey, white, or mixed
Material CompositionCrushed limestone, granite, or basalt
TextureCoarse and angular
Moisture ContentLow to moderate, depending on storage conditions

Uses

  • Concrete Production: Enhances the strength and stability of concrete.
  • Road Base Construction: Provides a strong, compact foundation for highways and streets.
  • Drainage Systems: Used in trenches and French drains for water filtration.
  • Landscaping Projects: Applied in decorative stone work and garden pathways.
  • Retaining Walls: Strengthens structures that prevent soil erosion.

Density & Composition

FactorValue
Bulk Density1400–1700 kg/m³
Water Absorption0.5%–2.5%, varies with rock type
Crushing StrengthHigh resistance to mechanical stress

Case Studies

  1. Highway Construction: Used in road bases to enhance durability and prevent cracking.
  2. Drainage Improvement: Applied in construction projects to manage water flow efficiently.
  3. Structural Foundations: Incorporated into reinforced concrete to improve load distribution.

Application Recommendations

  • Layering: Spread evenly for maximum stability and compaction.
  • Mixing with Cement: Combine with fine aggregates to achieve optimal concrete performance.
  • Drainage Considerations: Ensure proper slope when used for water management.

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