Flooring is a process that is designed to find a concrete hard floor in order to create better space utilization at different levels in the ground or roof, and so on. To get the most suitable flooring, you can use a high resistance to the hardness of concrete foam, concrete chemistry on flooring.
We are ready to run any building floor project for you.
On the flooring with concrete hardening powder, your final surfaces will have a high degree of wear resistance and erosion, which is due to the presence of high strength aggregates in the hardening powder of concrete chemistry.
Scales and characteristics of pumice stabilizer on flooring
On the flooring, using this material, you will have new, fresh concrete, and different trowelings, at the end of a hard, non-porous surface and resistant to corrosion and abrasion. Concrete hardening powder, chemical concrete company to retrofit industrial floors with heavy machinery such as floor storage, loading platforms and floor of power plants … is very ideal. The following points on the concrete hardening powder on the flooring can be mentioned:
1-Ready to use on the flooring without the need for any other additive,
2- Integrated bonding with fresh concrete on flooring
High resistance against erosion and penetration of various oils and greases.
No moisture penetration. Sigma
5- Provide hardened floor with the different colors you need
Uses for hardening floors on flooring
On the flooring, we have to pay attention to the type of flooring, so we will get different levels of shape, shape and quality.
Our goal is to build secure surfaces, with building standards, comfortable use, and a high degree of resistance to heat, heat, fire and easy cleaning. For example, flooring for sanitary and underground services is a major factor in the influence of moisture that should be considered on the floor. Another area of interest is the flooring materials used in building materials, so that the amount of slip and slip on them is as low as possible, and the beauty and durability of the floor is the same as you need.
Among the various types of building flooring can be mentioned:
Flooring of the enclosure and the garden
Dipping flooring for roof bump and rain and light rain
Installation of walls and walls for bathroom and bathrooms
Flooring of building ceilings
Flooring for the location of the radiator or fan coil
Flooring in architecture
From the architectural point of view on the flooring, one of the applications of floor plans is the need to prepare these plans for the presentation of flooring on the plan, which includes the color, design and materials of the material. In most projects, special designs are combined with a combination of different materials, rocks and colors, etc. Here the floor plan is needed, so that we can display the design of our attention on the plan and get it into operation. . On the flooring, different materials can be used for the application or combination of them. Various types of materials have been used in construction and flooring. In the old days, the walls of the gardens were made of mortar, which looked much more gentle and gentle than Portland cement. About 3,000 BC, humans discovered that the wet mud turned into a hard material when dried. The Romans acquired the skill in making clay and then handed this art to the people of northern Europe. These bricks were used in chimneys and chimneys in the Middle Ages. After 1200 BC, the lower countries, such as the Netherlands and the south of England, began to build these bricks. Pottery is one of the old things that mattered in ancient landscaping. The pottery is the same clay that dries at a lower temperature from the bricks and becomes very beautiful in red. Today, many factories recommend using this substance instead of using plastic. Many of the gardens left in ancient Egypt and Rome have colored walls, due to the use of clay and pottery.
Flooring in areas of high humidity
In areas with low humidity, the following actions should be performed in order to prevent moisture from penetrating into the ground floor:
– The bottom soil was completely screwed and the coarse rocks with a thickness of at least 25 cm spread out. To reach almost smooth surfaces and accumulate empty spaces between the rubble, threw fine sand on the entire surface, to cover about 1 cm on the rubble. After grinding the sand and flattening it, use concrete of 200 kg of cement per cubic meter, thickness of 7 to 10 cm, and the concrete is to be flattened with a parquet board.
Flooring in moderate humidity areas
If the earth is high in moisture and the rubble can not prevent moisture from penetrating, moisture insulation should be used, such as cyrogeon.
For this purpose, after the removal of rubble, pouring sand and concreting on concrete, a stamped layer is drawn. To prevent damage to the insulation, it kills a layer of sand and cement mortar and then carries out the final coating.