MARMOX G Marble Tiles

TECHNICAL DATA :

left at least 28 days before exposure to full mechanical and chemical and chemical wear

If the surface is to be exposed to light chemicals, tiles can be jointed with cold - cured resin compound - normally with an epoxy resin base, when finished, the floor covering should be

After sufficient drying time - 24 hours at normal temperature - the tiles can be jointed using standard commercially available wide joint compound .

JOINTING :

1 m in length bedded into the electrically conductive thin bed mortar.

wire, above copper strand or copper tape with a cross section of at least 1 mm2 and at least

Surfaces larger than 30m² should contain a potential equalizer consisting of above copper

MARMOX G anti - static tiles are then laid in the thin bed mortar.

not less than 6 mm .

The laying surface should first be covered with the electrically conductive mortar of thickness

from sand, cement, water and conductive material such as graphite material.

MARMOX G anti - static tiles are laid with electrically conductive thin bed adhesive, prepared

METHOD OF LAYING :

MARMOX G anti - static tiles are normally laid on a flat, and crack - free concrete layer. The concrete should be at least 28 days old, so that shrinkage is almost complete .

Laying Base :

MARMOX G anti - static tile is an ideal floor covering for all areas which are exposed to the danger of sparks due to electrostatic charges or require conductive floor coverings such as the floors of computer rooms, hospitals, laboratories, paint mixing areas, spray painting chambres.. etc.

FIELDS OF USE :

    MARMOX G has a completely electrically conductive body, so that with even the hardest wear over time and abrasion of the upper surface, the tile retains its electrical conductivity.

    MARMOX G is high quality anti - static marble tiles of a composite manufacture, incorporating a chemical resistant resin mortar like facing, and polymeric cement mortar backing layer.

DESCRIPTION :

High Quality Composite Marble Tiles

MARMOXG