Products

Aceflex 2C Crete Powder


DESCRIPTION

A two component, high quality, water resistance tile and stone setting adhesive with extended open time, exceptional flexibility, no vertical slip and high bond strength. It is prepared with a unique blend of carefully selected superior grade ingredients, premium cement and treated aggregates. It is designed for mix with Acemix 2C latex admix at site to form a smooth and creamy setting mortar for large format tile and stone that can be fixed on floor, wall and external facades.

  • Mixing ratio:  5 litre Acemix 2C for 20 kg Aceflex 2C powder
  • Open time: Minimum 35 Minutes
  • Adjustment time: Minimum 35 Minutes
  • Pot life: Approx 4 hours 30 Minutes
  • Shear bond strength(28 days): Minimum 450 PSI (3 N/mm²)
  • Tensile adhesion strength: Minimum 600 PSI (4.14 N/mm²)
  • Compressive strength(28 days) : Minimum 5000 PSI (34.5 N/mm²)
  • Duration for light foot traffic: 6 hours
  • Duration for normal foot traffic: 24 hours
  • Duration for heavy foot traffic: 72 hours
  • Duration for grouting: 24 hours

  • Excellent quality, Easy to fix, does not slip
  • Suitable for both floor and wall, interior and exterior and submerged application
  • Excellent handling characteristics through extended open and adjustment time
  • Ideal for all type of tile and stones
  • Outstanding flexibility with high strength for most difficult-to-bond substrates

  • Interior and exterior applications for floor and wall.
  • For dry wall board like gypsum, calcium silicate, cement particle board, large format porcelain, ceramic,
    agglomerates (engineered stone) and all type of natural stones.
  • For facades, tile on tile and submerged application.

Aceflex 2C

Bag Calculator
Area to be tiled metres sq. Quantity required in kg’s
Bed Thickness mm kg
20kg BAGS REQUIRED
Note: Add 10% for wastage at site

Pack size:

Available in 20 kg bags in grey & white colour

Coverage:

Approximately 2.5 to 3 sq.ft per 1kg for 3 mm bed thickness. Coverage will vary depending on surface undulation and application variances