Two component, coloured, self-levelling, smooth, electroconductive, heavy duty, electroconductive, waterproof, good chemical resistant, epoxy resin floor coating for medium to heavy traffic areas at a thickness of 1.5 to 2.0mm. Particularly for use in the electronics, pharmaceutical and automotive industries, in warehouses used to store flammable products and combustible powder.
Where to Use
Mapefloor I 360 AS is used to form electrically conductive coatings on concrete substrates and cementitious screeds exposed to medium to heavy traffic.
Once hardened, Mapefloor I 360 AS is characterized by the low level of micro-particles and volatile organic compounds (VOC) it releases into the air. This makes it particularly suitable for coating floors in areas such as clean rooms where a high standard of hygiene is required, the dimensions and amount of dust particles and suspended micro-particles need to be constantly monitored and the presence of potential biological and physical pollutants that could interfere with the various processes need to be kept under control.
Mapefloor I 360 AS is used in particular to form anti-static conductive coatings in areas, just for instance as:
· electronic industries;
· pharmaceutical industries;
· laboratories;
· hospitals and operating theatres;
· automotive and aerospace industries;
· storage of flammable materials;
· sterile environments;
· clean rooms.
Two component, coloured, self-levelling, smooth, electroconductive, heavy duty, electroconductive, waterproof, good chemical resistant, epoxy resin floor coating for medium to heavy traffic areas at a thickness of 1.5 to 2.0mm. Particularly for use in the electronics, pharmaceutical and automotive industries, in warehouses used to store flammable products and combustible powder.
Where to Use
Mapefloor I 360 AS is used to form electrically conductive coatings on concrete substrates and cementitious screeds exposed to medium to heavy traffic.
Once hardened, Mapefloor I 360 AS is characterized by the low level of micro-particles and volatile organic compounds (VOC) it releases into the air. This makes it particularly suitable for coating floors in areas such as clean rooms where a high standard of hygiene is required, the dimensions and amount of dust particles and suspended micro-particles need to be constantly monitored and the presence of potential biological and physical pollutants that could interfere with the various processes need to be kept under control.
Mapefloor I 360 AS is used in particular to form anti-static conductive coatings in areas, just for instance as:
· electronic industries;
· pharmaceutical industries;
· laboratories;
· hospitals and operating theatres;
· automotive and aerospace industries;
· storage of flammable materials;
· sterile environments;
· clean rooms.
Two component, coloured, self-levelling, smooth, electroconductive, heavy duty, electroconductive, waterproof, good chemical resistant, epoxy resin floor coating for medium to heavy traffic areas at a thickness of 1.5 to 2.0mm. Particularly for use in the electronics, pharmaceutical and automotive industries, in warehouses used to store flammable products and combustible powder.
Where to Use
Mapefloor I 360 AS is used to form electrically conductive coatings on concrete substrates and cementitious screeds exposed to medium to heavy traffic.
Once hardened, Mapefloor I 360 AS is characterized by the low level of micro-particles and volatile organic compounds (VOC) it releases into the air. This makes it particularly suitable for coating floors in areas such as clean rooms where a high standard of hygiene is required, the dimensions and amount of dust particles and suspended micro-particles need to be constantly monitored and the presence of potential biological and physical pollutants that could interfere with the various processes need to be kept under control.
Mapefloor I 360 AS is used in particular to form anti-static conductive coatings in areas, just for instance as:
· electronic industries;
· pharmaceutical industries;
· laboratories;
· hospitals and operating theatres;
· automotive and aerospace industries;
· storage of flammable materials;
· sterile environments;
· clean rooms.