Eucocrete

EUCOCRETE is a versatile, single-component, microsilica-modified repair mortar that contains an integral corrosion inhibitor for concrete repair projects of all types. Requiring only the addition of water, EUCOCRETE is a high-strength material with an extended working time for ease of placement. It is similar in appearance to concrete and is suitable for use as a topping or repair mortar for concrete structures from 1” (2.5 cm) to full depth.

EucoCrete – High-Strength Microsilica Concrete Repair Mortar

EucoCrete is a single-component, microsilica-modified repair mortar containing an integral corrosion inhibitor. Engineered for high strength and superior freeze-thaw durability, EucoCrete offers extended working time for easier placement in complex structural repairs. This versatile material is suitable for use as a topping or repair mortar for horizontal, formed vertical, and overhead applications.

Key Benefits of EucoCrete

  • Microsilica-modified for enhanced durability and strength
  • Contains integral corrosion inhibitor for long-lasting protection
  • Pre-mixed with pea gravel, ready to use
  • Low permeability for freeze-thaw resistance
  • Extended working time for easier placement
  • Compatible with galvanic anodes
  • Contributes to LEED credits

Common Applications for EucoCrete

  • Parking decks, pavements, and balconies
  • Joint repairs and floor toppings
  • Beams and equipment bases
  • Vertical, overhead, and structural form-and-pour projects

Packaging

This product is packaged in 50 lb (22.7 kg) bags, yielding 0.37 ft³ (0.01 m³) per bag when mixed with 0.50 gal (1.9 L) of water. Bulk options for ready-mix applications are available.

Product Properties

Property Value
Material Type Microsilica-modified cementitious repair mortar
Corrosion Protection Integral corrosion inhibitor
Packaging 50 lb (22.7 kg) bags, bulk options available
Yield 0.37 ft³ (0.01 m³) per bag

For more details, visit the Euclid Chemical website. See related solutions like EucoCrete Supreme for complementary applications.