Qingdao Wanxin Special Building Materials Co., Ltd.

Qingdao Metal Aggregate Wear-Resistant Floor Qingdao Emery Wear-Resistant Floor Qingdao Commercialized Emery Wear-Resistant Floor Materials Distinguish Advantages and Disadvantages from Production Process Product Sales Hotline: Fu Ying Basic Introduction Qingdao
Emery Wear-Resistant
Floor
Also called emery
Wear-resistant floor. Since its advent in the 1990s, it has been rapidly popularized in Europe and the United States and has become the perfect replacement product for terrazzo floors. In the late 1990s, wear-resistant floors have become the first choice in developed countries.
Mineral alloy aggregate (emery) floor hardener consists of mineral alloy aggregate with a certain particle size, special cement, other admixtures and additives, and can be used after opening the bag. It is evenly spread on the surface of the concrete that is about to be initially set, and is processed by special means so that it forms an integral part with the concrete floor and has high density and coloring as a high-performance wear-resistant floor.
Scope of application Folding
Used in industrial plants, warehouses, supermarkets, heavy-duty machinery factories, machine repair shops, parking lots, cargo storage areas, squares and other floors where uniform colors are required to improve the working environment and aesthetics. Where there is no corrosive medium.
Performance Features Folding
Spread it evenly on the concrete surface in the initial setting stage. After curing for a day, it will form a dense, super-hardened surface layer with the concrete surface, which is resistant to pressure, impact, and High-performance wear-resistant flooring with high precision and coloring that resists wear and tear. It is constructed together with the concrete floor to shorten the construction period and eliminates the need to construct a mortar leveling layer.
Foundation requirements
Collapse
The base concrete strength requirement is above,
The water-cement ratio is controlled below. The concrete slump difference should be controlled at -, and the concrete mixture should be minimized from segregation and Control bleeding
◇In order to ensure that the concrete mixture has sufficient fluidity and facilitates construction, it is recommended to add appropriate admixtures to the concrete.
◇The base concrete should be poured and vibrated according to the standards of good concrete, paying attention to accurate dimensions and reducing the generation of floating slurry.
◇It is best to construct the hardener surface at the same time as the concrete structural layer. If it must be constructed at the same time as the leveling layer, it is recommended that the leveling layer concrete be made of fine stone concrete with a thickness of not less than 100%, and a telescopic steel mesh should be considered.
◇Pay special attention to the corners of the base concrete construction blocks to ensure that the concrete there is vibrated and dense, and additional strengthening treatments should be taken.
Construction technology folding
.Surface treatment: Use a mechanical trowel equipped with a disc to evenly remove the laitance layer on the concrete surface
.Spreading materials for the first time: add the specified amount of / 3. After the hardened and wear-resistant floor material is evenly spread on the concrete surface in the initial setting stage, use a low-speed smoothing machine to polish it
3. Scraper and leveling: Use a meter scraper to evenly spread the hardened and wear-resistant material along the horizontal and vertical sides. Scrape in the longitudinal direction and roughly level it
. Spread the material for the second time: Spread the specified amount of /3 color hardened wear-resistant material evenly, and polish it again with a trowel
. Surface polishing: According to the concrete According to the hardening condition, adjust the angle of the blade on the polishing machine and polish the surface layer to ensure the surface flatness and smoothness
. Base surface maintenance: The wear-resistant hardened floor should be maintained on the surface within ~ hours after the completion of construction. Prevent the rapid evaporation of surface moisture and ensure the stable growth of the strength of wear-resistant materials.