Fugalite Bio anthracite 3 kg

Fugalite Bio anthracite 3 kg

• Color: anthracite
• Article: 08017
• Format: 3kg

Hypoallergenic water-based resin for the waterproof and stain-resistant silk-effect grouting of porcelain stoneware, natural stone and glass mosaic.

Fugalite® Bio is dermatologically tested hypoallergenic according to a skin tolerance medical trial conducted at the dermatological clinic of the University of Modena and Reggio Emilia. Available in 12 colors inspired by the collections most used for the creation of contemporary ceramic coverings. It guarantees the aesthetic and functional continuity of the grouted surfaces.

PRODUCT FEATURES

• Insensitive to UV rays

• Interior and exterior floors and walls

• Waterproof - With drop effect, it resists water, does not absorb and does not change color

• Patented - International patent n. 1403659 of 31/10/2013

• Bacteriostatic - CSTB tested. Avoid the proliferation of bacteria and molds

• Stain resistant - Tested by the Ceramic Center of Bologna. It cleans easily

• Compliant with HACCP / reg. CE 852/2004 for the hygiene of food products

• CATAS tested for outdoor color durability

Intended use

Grouting joints from 0 to 5 mm with high chemical and mechanical resistance, high hardness and waterproof. Gluing of glass mosaic.

Materials to be grouted:

- porcelain stoneware, low thickness slabs, ceramic tiles, klinker, glass and ceramic mosaic, of all types and sizes

- natural stones, recomposed materials, marble

Floors and walls, internal and external, for civil, commercial, industrial and urban furnishing use, subjected to permanent or occasional contact with chemical substances, in environments with intense traffic, swimming pools, tubs and fountains with thermal water, radiant floors also in areas subject to temperature changes and frost.

Do not use

For joints greater than 5 mm in width, in floors with porous surfaces and where chemical resistances higher or different from those indicated in the chemical resistance table are required, for filling elastic expansion or fractionation joints, on substrates that are not perfectly dry and subject to to rising damp.