NX 3-50mm Leveller 20Kg

Description

NX 3-50mm Leveller 20Kg

Norcros NX 3-50mm Leveller is suitable for levelling over:

Concrete/Power Floated Concrete

Cement: Sand Screed

Calcium Sulphate Screed

Heated Floors

Existing Vinyl Tiles/Flooring Grade Asphalt

Existing Glazed Tiles

Overlaid Timber Floors

NX 3-50mm Leveller Surface Preparation

To use Norcros NX 3-50mm all surfaces should be dry, clean and strong enough to support the tiles to be fixed. All traces of dirt, dust laitance and other contaminants must be mechanically removed. Substrates should be true and flat to allow tiles to be fixed without visible lipping of tile edges. On floors, variations in surface level of the substrate which exceed 3mm under a 2 metre straight edge, should be levelled using Norcros NX 3-50mm Leveller 20kg. Porous or dusty surfaces must be sealed using NX Multi Purpose Primer diluted 1: 4 with water.

NX 3-50mm Leveller Setting Out

To gauge the floor to be levelled use a 2 metre straightedge and rotate through 360° noting where any gaps are present between the base and straightedge. Any gaps greater than 3mm should be chalk marked. In the case of more serious deviations in levels, countersunk screws should be drilled and plugged into the floor at 500mm centres. The screws should then be lined up and adjusted to the correct height by placing the straight-edge and a spirit level across them to achieve plumb markers up to which the compound can be screeded.

Mixing

Into a clean pail add 4 to 4.4 litres of clean water and slowly add the 20kg of 3-50mm Floor Leveller Mix with a rotary drill paddle to form a creamy lump-free consistency. Any aggregate should be introduced after the initial mixing stage.

Application

Pour the compound onto the floor and trowel out to the desired depth. The product is self smoothing. Ceramic & porcelain tiles can be laid as soon as the product supports weight, i.e. after approximately 4 hours. It should be noted that the pot life and set times of the product will be extended in cold conditions and reduced at high temperatures.

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