The glass sandblasting machine sandblasting is formed in one go, with uniform, perfect, and efficient sandblasting. It automatically adds sand, grinds sand, and removes dust. The discharged dust is filtered and settled by the water tank to achieve the best dust removal effect. The sandblasting is formed in one go. It is the best choice for sandblasting glass in the current market. The thickness of sandblasting glass is 3-30mm, and it can also be processed, such as marble, ceramics, stainless steel, etc.

The working principle of the glass sandblasting machine:

Due to the impact of sand particles on the surface of the workpiece, the surface of the glass sandblasting machine obtains a certain degree of cleanliness and different roughness, which improves the mechanical properties of the workpiece surface. As a result, the fatigue resistance of the workpiece is improved, the adhesion between it and the coating is increased, the durability of the coating is extended, and it is also conducive to the leveling and decoration of the coating. It removes impurities, impurities, and oxide layers from the surface, while roughening the surface of the medium, The effect of residual stress on the surface of the substrate and improving the surface hardness of the substrate.

The sandblasting process of glass sandblasting machines has significant advantages compared to other cleaning processes such as acid washing and tool cleaning. The main advantages of glass sandblasting machines are reflected in the following aspects:

1、 The glass sandblasting machine has the most thorough, versatile, rapid, and efficient sandblasting treatment.

2、 Sandblasting treatment can be arbitrarily selected between different roughness levels, which cannot be achieved by other processes. Manual polishing can create rough surfaces but the speed is too slow, while chemical solvent cleaning can cause the surface to be too smooth, which is not conducive to coating adhesion. The design of sandblasting and shot blasting should not only reflect the development level of contemporary painting, but also adhere to the principle of practicality, with the design goals of minimum investment, minimum operating cost, minimum maintenance probability, and the simplest operation method.

1. Progressiveness. The design of the system and the matching of equipment should reflect the requirements of modern production, and as long as funds allow, advanced technology and design should be adopted as much as possible. Progressiveness is mainly reflected in high sand blasting efficiency, convenient control and large dust handling capacity. The electrical control system implements centralized control of the control cabinet, separate control of equipment, display of working status, and display of safety systems.

2. Practicality. The design of a glass sandblasting machine should first consider its practicality, which is mainly reflected in its convenience and reliability, low failure rate, simple and convenient maintenance, and convenient replacement of parts.

3. Environmental friendliness. During the operation of the glass sandblasting machine, a large amount of dust is generated. In the design, it is necessary to prevent dust leakage, especially considering the sealing of the equipment. To minimize dust emissions and ensure that the working environment of workers and the surrounding environment of the factory are not affected.

4. Security. Due to the certain risks associated with sandblasting room operations, the design of sandblasting rooms, the layout of internal structures, the maintenance and repair of transport mechanisms, and the design and layout of electrical systems should all be considered from a safety perspective. The design should strictly comply with national regulations.