Flexible Tile Adhesive Ceramic Glue

Tile Adhesive M *0

DESCRIPTION:

Pitturalia M *0 is water-redispersible white or gray powder that exhibits good resistance to saponification composed of bonding agent, minerals, synthetic resins and special additives, mixed with water can be applied vertically without dripping for his high adhesion power and excellent elasticity.

WHERE TO USE:

Pitturalia M *0 is usable on every type of floor ceramic tiles, clinker, stoneware, ceramic, glass mosaic and low porosity material it can be applied for external and internal laying on both wall it is recommended for gluing onto plasterboard and for over tapping onto ceramic floors, marble and natural stone. It can be also used for the point gluing of insulation materials as expanded polystyrene, glassy or rock wool, etc.

HOW TO USE:

Pour *0 kg of Pitturalia M *0 into a container filled with about 5.5 L. of water and mix well till obtaining a mixture free from clots this mixture will be workable for about 7 hours. Clean the support from dust and grease substance then Spread and cover all the surface lay the tiles impressing a strong pressure on them to assure the contact with the adhesive for an optimum result make sure that the spreaded adhesive is always fresh and the surface is dry.

CONSUMPTION:

Mixed only with water the consumption limit is from 3 to 6 kg/m2 depending on the tile and the support surface.

PACKAGE:

Pitturalia M *0 is filed in *0 kg paper bags onto a pallet of ***0 kg. Product must be stored in a cool place and protected against humidity. Storage time should not exceed *2 months beginning with delivery.

TECHNICAL DATA:

Pitturalia M *0 has a white or grey color, powder appearance with no flammability the mixing ratio is 5.5 kg of water for *0 kg of adhesive applied in a temperature between *3 to **7 degree Celsius the water and ageing resistance is perfect here flexibility is very good it can resist temperature beginning from **5 up to **5 degree Celsius -Flexure resistance *5 kg/cm2 -Pull out resistance *5kg/cm2 -Compression resistance **0 kg/cm2