What are the requirements for the successful completion of the wearable epoxy floor construction? The successful completion of the construction of wear-resistant floor must have the following three conditions: if these three conditions are not guaranteed, it will lead to a decline in quality requirements, and ultimately the performance and durability of the ground will decline. 1. Choose the most suitable materials 2. Formulate accurate and detailed specifications 3. Invite experienced and skilled builders
Selection of wearable Floor materials
The correct selection of ground materials can only be made after detailed understanding of the ground requirements. We will refine the requirements on the ground below so as to avoid the economic losses caused by mistakes or neglect.
How long is the plant life, 2 years or 20 years? The final floor must be selected according to the expected life or maintenance free period.
At what stage of the construction process will the ground system be put into operation? Is the main structure of the building in place? Answer these questions to understand how the ground system will be constructed. There are two main methods of Construction: integral pouring or surface pouring.
The method uses dry spreading technology, and then makes surface rubbing to form the whole concrete floor. These dry spillages can only be used after concrete floors have been poured and can not be used on existing ground.
This method is used for scraping or paving on ready ground. This is a common method, even if the binder achieves the best bonding effect. The use of epoxy resin binder containing concrete is better and the safety factor is further increased.
The thickness of the floor coating must be taken into consideration. Especially for existing buildings, increasing the thickness of the ground will cause problems. In the new construction, the thickness of the coating should be covered.
Static and dynamic loads generated during construction, renovation and maintenance must be considered. On the one hand, the ground system should be able to withstand these requirements, on the other hand, the bearing capacity of the grass-roots should also be taken into account. Generally speaking, the minimum compressive strength of the base is 25Mpa.
Traffic and mechanical wear:
Impact and wear caused by traffic must be considered. Wear is usually concentrated in local areas. The frequency, type and location of wear must be taken into account.
List all types of chemicals that may leak in the area, paying attention to their concentration, temperature, and the possibility of mixing on the ground. Consider the actions that may be taken when a leak occurs, whether the leaks are removed immediately or remain for a considerable period of time, and whether their corrosiveness increases with evaporation.
Is anti-skid an important consideration? The surface and anti-skid problems can be altered by the process of plastering. But in many cases, especially in wet areas, provide all workers with anti-skid shoes and tools to improve the anti-skid effect
Many modern industries, such as medicine, cosmetics, food, beverages, chemicals and electronics, have high requirements for hygiene. These developing industries require clean indoor conditions, the ground must be crack-free or sharp corners, completely dust-free, easy to clean, and also to meet other industrial requirements, such as chemical corrosion resistance, mechanical wear and other performance requirements.
Anti cracking ability:
This is related to the structural load, especially the dynamic load. What impact will the vibration of the workshop or traffic bring to the ground? In some special areas of the building structure, such as the bottom floor, the production area of the middle floor, etc. How important is it to prevent cracking?
Thermal shock may be the main cause of premature failure of the ground, so it is necessary to consider not only the temperature of the product itself and the production process in mechanical operation, but also the temperature of the adjacent area.
Special attention should be paid to areas near cold or heat sources, such as cold storage or near the blast furnace area.
Color is beautiful:
Attractive and pleasant environments help to improve productivity and labor relations, although lighting can also help.
Color helps to identify dangerous areas quickly, such as freight walkways, wet areas or chemical areas.
Easy to clean:
For a ground system, if its detergents are not considered beforehand, especially those with high hygiene requirements. In most cases, the corrosion of the cleaner to the ground is more corrosive than the production process. Therefore, it is very important to formulate cleaning standards, determine the frequency of cleaning and the detergents used and their concentrations.
Careful consideration should be given to the use of floor varnishes or sealants to facilitate cleanliness and durability, while maintaining a beautiful floor.
When considering the ground drainage system, the final ground condition should be taken into account at the same time, because of the combination of different building materials, especially easy to crack and leakage.
Many enterprises are increasingly calling for anti-static floor. Anti-static ground makes sensitive electronic settings free of electronic interference, and prevents spark discharge and explosion caused by electrostatic accumulation. This in the production speed and automation of the continuous increase in the pipeline, the possibility of static electricity also increases, anti-static requirements are even more important.
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