Concrete floors can be said to be a household name, because concrete floors have penetrated into people's vision, and now concrete floors have also been integrated into people's lives, and concrete floors can be seen everywhere. However, people know very little about hardened concrete floors, because hardened concrete floors have not caught people's eyes, but only a small number of people understand every bit. Based on this, I would like to introduce the difference between hardened concrete floor and hardened concrete floor and concrete floor and the relationship between the two.
The hardened concrete floor is made by infiltrating the concrete floor curing agent into the concrete, and then the slurry is lifted and ground by professional equipment. The floor made by this process can increase the strength of the concrete by more than 2-3 times, thereby increasing The abrasion resistance and impact resistance of concrete also improve the flatness of concrete. It can be seen from the literal meaning that the hardened concrete floor is actually a concrete floor, but it is treated again on the basis of the concrete, thereby improving the performance of the floor, making the floor better abrasion-resistant and compressive. Use it well.
Performance of hardened concrete floor:
1. High wear resistance and impact resistance, the floor hardness is high, which can reach Mohs level 9, so it can withstand the impact.
2. It has a certain degree of dustproof performance, the floor can form a dense whole and will not easily sand.
3. It has a high level of flatness, the floor is even and the brightness is also very good.
4. It has natural fireproof and health performance, using fireproof materials, but also a healthy floor.
5. It can increase the service life of concrete and reduce the damage rate of concrete. The floor can be used for up to 30 years.
The difference between the two:
1. The hardened concrete floor has been constructed one more time than the concrete floor.
2. The basic performance of the two is different. The performance of the hardened concrete floor is higher than that of the concrete floor.
3. The life of the floor is different. The life of the hardened concrete floor is longer than that of the concrete floor.
Explanation of related entries in this article
Floor
The floor is the part of the bottom room in contact with the soil layer. It bears the load of the bottom room, requires a certain strength and rigidity, and has the properties of moisture proof, waterproof, warmth, and wear resistance. The stratum has a close relationship with the outdoor site of the building. The relationship between the floor and the platform, the steps and the site along the side of the building must be handled well, so that the building and the site are clearly handed over and the overall harmonious. The floor is suitable for places with high requirements for sanitary conditions, such as hospital ground, food factory workshop ground, pharmaceutical factory workshop ground, laboratory building ground, computer room ground, etc.; and grounds that require stamping, corrosion resistance and wear resistance, such as underground parking Yard, factory warehouse (forklift), etc. Construction industry: The floor is the part of the bottom room of the building that is in contact with the lower soil layer. It bears the ground load of the low-rise room and must have good wear resistance, moisture resistance, waterproof, and heat preservation properties.
Concrete
Pinyin: hùnníngtǔ English: Concrete Abbreviation: Concrete refers to a mixture of cement (organic, inorganic or organic-inorganic composite), granular aggregate, water, chemical admixtures and mineral admixtures that need to be added in an appropriate proportion The mixture is prepared or hardened to form a composite material with a piled structure (usually it is a cementitious material, water, fine aggregate, coarse aggregate, and when necessary, admixtures and mineral admixtures are added. Appropriate proportions. Concrete is one of the most important civil engineering materials in modern times. Concrete has the characteristics of abundant raw materials, low price and simple production technology, so its usage is increasing. At the same time, concrete also has high compressive strength and durability. Good, wide range of strength grades, etc. These characteristics make it very widely used, not only in various civil engineering, that is, shipbuilding, machinery industry, marine development, geothermal engineering, etc., concrete is also an important material. Concrete is A building material full of vitality. With the continuous development of concrete constituent materials, people's understanding of material composite technology continues to improve. The performance requirements of concrete are not limited to compressive strength, but on the basis of strength, more attention is paid The balance and coordination of comprehensive indicators such as the durability and deformation performance of concrete. The requirements for various performance indicators of concrete are more clear, detailed and specific than before. At the same time, the improvement of the level of construction equipment, the continuous emergence and promotion of new construction techniques, make Concrete technology adapts to different design, construction and use requirements, and develops rapidly. Concrete is not a single material that exists in isolation. It cannot be separated from the development of raw materials for concrete and the development and change of concrete engineering application objects. Concrete should be taken seriously from the perspective of civil engineering colleges. Concrete mix design is the same. First, analyze the structure, component characteristics, and design requirements of the engineering project, estimate possible disadvantages and risks, and base on local raw materials. Then adopt Scientific, reasonable and feasible technical routes and technical means. High-quality concrete that meets design requirements, construction process requirements and use requirements is prepared.
hardening
If the amount of fat in the blood is too high, it is easier to deposit on the inner wall of the blood vessel to form plaques, causing arteriosclerosis and narrowing. Diabetics have problems with fat metabolism. The protein (called lipoprotein) that transports fat in the blood will be denatured. During the transport process, fat is easily deposited on the inner wall of blood vessels to form fatty plaques.
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