What is Microgranule Jet?
Microgranule jetting is a technique used in various industrial processes, mainly in the area of surface treatment. It consists of projecting small particles, called microgranules, onto a surface, with the aim of promoting cleaning, removing impurities, preparing for painting or coating, among other applications.
How does the Microgranule Jet work?
The microgranule jetting process is carried out using equipment called a jetting machine. This machine consists of a microgranule reservoir, a pressurization system, a hose and a spray gun. The microgranules are fed into the reservoir, which is connected to the pressurization system. The pressure is controlled and regulated according to the needs of the process.
What types of microgranules are used?
There are different types of microgranules used in the jetting process. Some of the most common are:
1. Glass microgranules:
Glass microgranules are widely used in sandblasting processes. They are small glass spheres that, when projected onto a surface, promote the removal of impurities and the creation of a texture suitable for the application of paints or coatings. In addition, glass microgranules are also used in polishing and finishing processes.
2. Ceramic microgranules:
Ceramic microgranules are used in processes that require greater resistance and durability. They are ceramic particles that, when projected onto a surface, promote the removal of impurities and the creation of a texture suitable for the application of paints or coatings. In addition, ceramic microgranules are also used in polishing and finishing processes.
3. Plastic Microgranules:
Plastic microgranules are used in processes that require less aggressiveness. They are plastic particles that, when projected onto a surface, promote the removal of impurities and the creation of a texture suitable for the application of paints or coatings. In addition, plastic microgranules are also used in polishing and finishing processes.
What are the advantages of Microgranule Jetting?
Microbead jetting offers several advantages over other surface treatment methods. Some of the main advantages are:
1. Efficiency:
Microbead blasting is a highly efficient method for removing impurities and preparing surfaces. The microbeads are designed with high velocity and impact, which allows for deep and effective cleaning.
2. Versatility:
The microgranule jet can be used on different types of materials, such as metals, plastics, ceramics, among others. In addition, it is possible to adjust the pressure and the type of microgranule according to the process needs.
3. Speed:
Microbead blasting is a fast method that allows surfaces to be cleaned and prepared in a short period of time. This is particularly advantageous in industrial processes, where time is a crucial factor.
4. Sustainability:
Microgranule jetting is a sustainable method as it does not use harsh chemicals and does not generate toxic waste. In addition, microgranules can be reused, reducing environmental impact.
Conclusion:
In summary, microbead jetting is an efficient, versatile, fast and sustainable technique for surface treatment. By using glass, ceramic or plastic microbeads, high-quality cleaning and preparation results can be achieved. Therefore, microbead jetting is an option to be considered in various industrial processes.
