This mechanical treatment method is: bury the titanium material in many abrasives, add some grinding and polishing compounds dissolved in water, use the principle of oscillation to mix the abrasives with data, constantly require the workpiece to be cleaned, and use the abrasive to grind the surface and corners of the workpiece, and then Get polished. This technology can be used for deburring, chamfering, rust removal, descaling, flattening, and polishing of metal parts of various sizes and shapes.
Abrasives can be alumina (including molten, sintered, or natural), corundum, plastic, Chrono, ceramic, and the like. And it can be single or mixed. These abrasives can be made into dihedral, cylindrical, rhombic, etc. They were first made into prefabricated abrasives because they are more economical and faster than any shape and natural shape data. According to the shape and size of the workpiece, choose different shapes and sizes of abrasives. Abrasive materials used for rolling include pumice, Chrono, granite corners, shells, iron filings, and ceramic chips. The size of the abrasive particles should be larger or smaller than each hole of the part. The quantity of contents in the drum is also an important factor affecting the quality of agricultural parts. The number of people in the drum usually accounts for 70% of the drum volume. The amount of solution added to the roller should account for about 95% of the volume of the roller (Note: When adding the acidic solution to the roller, add enough water first, and then add acid to avoid corrosion of the parts during the rolling process. Due to the increase in time, The concentration of the solution in the drum gradually decreases or even loses its effect.
The processing time can vary from a few minutes to several hours. The key is to choose the abrasive, which is determined through experiments. Only in this way can we obtain a uniform and bright appearance. After the processing is completed, the workpiece is discharged together with the abrasive, and then taken out after being screened by the separator, and the recovered abrasive can continue to be returned for processing. Swing finishing machines are divided into two types, stand-alone and online, which can be selected according to production requirements.
