Eucoshot V

EUCOSHOT LR is a one-component shotcrete material. This cement-based, modified mortar is designed for use on vertical and overhead surfaces by dry-mix shotcrete (gunite) application or by mixing with water and applying as a wet-mix shotcrete. EUCOSHOT LR is specifically formulated for both interior and exterior use.

Eucoshot V Shotcrete Mix

Eucoshot V is a microsilica-modified, one-component shotcrete material that incorporates 1/2″ (13 mm) polypropylene micro-fiber and a crystalline water repellent component. Designed for use on vertical and overhead surfaces by dry shotcrete (gunite) application or by mixing with water as a wet-mix shotcrete, it delivers superior durability and resilience for interior and exterior applications.

Key Benefits of Eucoshot V

  • Ready-to-use material requiring only water addition
  • Low chloride salt permeability for long-lasting performance
  • Freeze-thaw and sulfate resistance
  • Low shrinkage properties for stable results
  • High abrasion resistance with micro-fiber reinforcement
  • Helps protect rebar and welded wire mesh from corrosion

Common Applications

  • Gunite projects
  • Utility structures
  • Tunnels
  • Mining operations
  • Architectural and aesthetic applications
  • Interior or exterior structural support
  • Ground and soil stabilization

Packaging

Packaged in 50 lb (22.7 kg) moisture-resistant bags, 2,200 lb (1,000 kg) spout-bottom bags, and 3,300 lb (1,500 kg) bulk bags. Yield is approximately 0.42 ft³ (0.012 m³) per 50 lb bag when mixed with 2 to 2.4 qt (1.9 to 2.3 L) of water.

Product Properties

Property Value
Material Type Microsilica-modified, water-repellent shotcrete mix
Reinforcement 1/2″ (13 mm) polypropylene micro-fiber
Application Method Dry shotcrete (gunite) or wet-mix shotcrete
Yield 0.42 ft³ (0.012 m³) per 50 lb bag
Primary Benefits Water repellency, corrosion protection, freeze-thaw and sulfate resistance

For more details on related solutions, see Eucoshot LR. Learn more about Euclid Chemical’s innovations at Euclid Chemical.