The titanium burr treatment of titanium rods, titanium plates, and titanium workpieces is an important part of metal processing. To ensure product quality and improve surface finish, it is particularly important to adopt an efficient mechanical treatment method-oscillation grinding method.
The core of the oscillation grinding method is to place the titanium material in a large number of abrasives and add water-soluble grinding and polishing compounds. Through the principle of oscillation, the abrasives and the workpiece are fully mixed, and under the continuous flushing action, the surface and corners of the workpiece are ground to achieve the effect of finishing. This method is not only suitable for removing titanium burr treatment but also for chamfering, rust removal, descaling, flattening, and fine polishing. It is widely used for metal parts of various sizes and shapes.
In the selection of abrasives, we can use a variety of materials, such as aluminum oxide (including molten, sintered, or natural), corundum, plastic, quartz, ceramics, etc. These abrasives can be used alone or mixed according to needs. To improve grinding efficiency and economy, abrasives are usually made into preformed shapes, such as diagonal, cylindrical, diamond, etc. These shapes are more advantageous than abrasives of arbitrary shapes and natural shapes, and the abrasion speed is faster.
When selecting abrasives, titanium burr treatment is necessary to match them according to the shape and size of the workpiece to ensure the best grinding effect. In addition, abrasives for rolling, such as pumice, quartz, granite skin corners, shells, iron filings, and ceramic fragments, can also be selected according to specific circumstances. However, it should be noted that the size of the abrasive particles should be larger or smaller than each hole of the part to avoid clogging or excessive wear.
