ARDEX A 950 is a multi-purpose rapid-drying, deep-fill renovation compound that can be tiled over in as little as 90 minutes, and receive all finishes, including paint, after 24 hours. It can be used to reshape and repair walls and floors with high-build applications of up to 100mm, and will harden in as little as 1 hour, regardless of thickness.

  • Can receive finishes, including paint, after 24 hours regardless of thickness
  • Can be tiled in as little as 90 minutes
  • Ideal for general building work, smoothing, repairing and levelling of walls and filling large cavities and deep holes around door frames, boxing in pipework, making columns and pedestals.
  • Can facilitate “dot and dab” fixing of plasterboard
  • Can be used as a modelling mortar to smooth and shape before drying with stencils to create architectural features, such as columns and pedestals
  • Low-tension, shrinkage compensated, even in thick layers
  • Slump free, apply from 2mm to 100mm

Unit Size Available: 20kg

Coverage: Approximately 6m2 at 3mm thick per 20kg bag.

 

Download the latest datasheets and certificates here;

ARDEX A950 Technical Datasheet (TDS)

ARDEX A950 Health & Safety Datasheet (SDS)

ARDEX A950 Declaration of Performance (DOP)

ARDEX A950 Sustainability Datasheet

ARDEX A950 Environmental Product Declaration (EPD)

ARDEX A950 EMICODE Certificate

 

Mixing ratio:
Approx. 6 litres of water: 20kg powder is equivalent to approx. 1 part water to: 3 parts powder by volume.

Bulk density
Approx. 1.1kg/litres

Weight of fresh mortar
Approx. 1.4kg/litres

Material requirement
Approx. 1.1kg powder per m²/mm

Working time at 20ºC
Approx. 30-40 minutes

pH value of freshly mixed mortar containing cement
Approx. 12 

pH value of set filling layer
Approx. 10

COMPRESSIVE STRENGTH
After 1 day Approx. 6 N/mm²
After 7 days Approx. 10 N/mm²
After 28 days Approx. 12 N/mm²

TENSILE BENDING STRENGTH
After 1 day Approx. 2 N/mm²
After 7 days Approx. 3 N/mm²
After 28 days Approx. 4 N/mm²

Embodied carbon
(A1-A3 production stage as defined in BS EN 15804)
0.49 kg CO₂ eq/kg

 

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