Two component solvent free epoxy floor coating. (Line 326)
AVF Floor Rollercoat SF is a two-component solvent free epoxy based compound for concrete and steel surfaces for industrial purposes. Seamless flooring compound for new and existing concrete and steel floors, balconies, bridges, garages and stairways. Features:
• High mechanical impact resistance;
• Perfect adhesion to steel and concrete;
• Resistant to caustic, oils, water, various chemicals, solvents and soluble salts;
• Withstands heavy loads and trucking;
• Easy application;
• No odor, solvent free.
Concrete and steel surfaces.
Standard colors (e.g. RAL, NCS), also chrome and lead free.
Brush, roller (2K quality).
Part A: 5 US Gallon (partially fill).
Part B: 1 US Gallon (partially fill).
Clean brushes, rollers with thinner #290 after use.
The choice of the finish to be applied must also take the specific characteristics of the surface into account. In addition, the surface must satisfy several specific requirements before the finishing process is started: The surface must be clean, dry and free of oil and grease. In other words, all foreign elements must be removed in order to facilitate the effective adhesion of the finishing layer. This may require a cleaning and/or preliminary treatment step. The surface must be mechanically stable. In other words, the strength at the surface may not (noticeably) differ from the average strength. This is necessary to ensure long-term adhesion, particularly when subjected to mechanical and thermal loads. This prevents separation of the finishing layer together with the top layer of the substrate. Whenever possible, ‘upwards moisture penetration’ must be prevented. In the case of new concrete floors, this can be realized by pouring the concrete on top of an impermeable foil. For concrete floors, the moisture content of the floor may not exceed 3% at the moment that a floor finish is applied which is impermeable to moisture.
Preliminary floor treatment:
The preliminary treatment of a floor needed to ensure a good finish can be realized physically, chemically or mechanically. The type of treatment chosen or combination of such treatments will depend upon the presence of foreign contaminants, the stability, and the nature of the floor substrate. Physical cleaning processes are carried out with the help of solvents/stripping agents, which can be used for example to remove paint and/or glue residues. Chemical pretreatment includes the removal of all types of contaminants with the help of neutral, acidic or alkaline cleaning agents, which may or may not be combined. This also includes the use of acid to etch out the surface and thereby increase the surface pore volume and improve future adhesion. Mechanical pretreatment refers to sanding, cutting or roughing up the surface in order to remove the contaminated or weaker top layer of substrate. Various methods are available for achieving this including sanding, very highpressure water jetting, grit blasting (dry) and sandblasting (wet).
Use with adequate ventilation. Avoid contact with eyes and repeated contact with skin. Wear eye protection and gloves during application.
If you experience difficulty in breathing, leave area immediately. In case of eye contact, flush with plenty of water. In case of ingestion, do not induce vomiting. Get medical help immediately.
Surface must be clean, free of loose paint, chalk, grease and dust. Patch damaged. If any areas are peeled, cracked or blistered, the condition causing this must be corrected for successful painting. Metal parts such as nail heads, should be wiped clean and primed with the appropriate metal primer. WARNING! Scraping or sanding of old paint may release lead dust. LEAD IS TOXIC. EXPOSURE TO LEAD DUST CAN CAUSE SERIOUS ILLNESS. PREGNANT WOMEN SHOULD AVOID EXPOSURE.