Emery floor material is composed of mineral alloy aggregate (copper ore, tin-titanium alloy sand) with certain particle gradation, special cement, other admixtures and additives (German Wacker powder, German Bayer calcium formate, Kao Japan Water reducing agent, high content silicon powder), can be used after opening the bag. Spread it evenly on the concrete surface at the initial setting stage and process it by special means to form it as a whole with the concrete floor, and it has high-density and colored high-performance wear-resistant floor.
Characteristics
Enhance the wear resistance and impact resistance of concrete floors. Greatly improve the density of concrete, reduce dust, increase the oil resistance of the ground, and form a high-density, easy-to-clean and impervious ground Constructed with concrete floors, the construction period is short. Good durability, reducing the cost caused by periodic painting or thickening the surface. It has less dusting than non-metallic hardened ground, looks like a starry night, has better impact resistance, and has a certain effect on anti-static.
Range of use
1. Applicable to clean production areas and areas that need to withstand greater wear resistance, impact load or more frequent operations such as various types of garages, workshops, garages, parking lots, cargo handling areas, and logistics centers.
2. Suitable for public facilities and commercial land, such as shopping malls, hotels, schools, theaters, hospitals, parking lots, sidewalks, highways, courtyards, etc.
3. It is suitable for the reconstruction of old concrete floors.
Process Method
Step 1: Spread the aggregate evenly on the leveling layer when the leveling layer is not wet;
The second step: corner reinforcement and ground smoothing;
The third step: smooth it with an electric trowel, polish it, collect it, and maintain it.
Attachment force (pull method) |
≥4MPa |
Impact resistance (drop height 100cm) |
No cracks, wrinkles and flaking on the paint film |
Shore hardness |
≥70 |
Wear resistance (750g / 500r) g |
≤0.02 |
Elongation at break |
≥50% |
Flame retardant |
B1 |
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