What are the applications of NC-250 electric floor milling machine in the surface treatment of different materials?

NC-250 electric floor milling machine is a versatile equipment widely used in the surface treatment of a variety of materials. It is designed to improve work efficiency and ensure the treatment effect. The following are the specific applications of this milling machine in the surface treatment of different materials.

1. Concrete surface treatment
On the concrete surface, NC-250 is mainly used for surface cleaning and roughening. By removing surface dirt, grease and old coatings, the milling machine is able to prepare a good base surface for secondary pouring or coating. This treatment not only improves the adhesion of new concrete, but also ensures the flatness and beauty of the final surface.

2. Rust removal of metal surfaces
For metal surfaces, especially on ships and industrial equipment, NC-250 can effectively remove rust and old paint. This removal process helps prevent further corrosion and prolong the service life of metal components. When processing metal surfaces, the milling machine can quickly and efficiently remove the rust layer to ensure that the new coating can adhere well.

3. Paint coating removal
In situations where repainting is required, the NC-250 can easily remove old paint coatings. Its efficient milling ability can handle various types of coatings, including water-based paints and oil-based paints, exposing the substrate for subsequent processing or painting.

4. Asphalt and cement floor treatment
On asphalt and cement floors, the NC-250 can be used for surface roughening. This process increases the friction coefficient of the surface, which helps improve vehicle driving safety. In addition, the equipment can also remove surface coverings to provide a basis for floor renovation.

5. Old floor covering removal
The NC-250 performs well in removing old floor coverings (such as carpets, PVC, etc.). Through fast milling, the equipment can effectively remove old materials adhering to the substrate, saving labor time and improving overall construction efficiency.