Titanium rods, titanium plates, titanium parts burr treatment method

This mechanical treatment method is: bury the titanium material in a lot of abrasives, add some polishing compounds dissolved in water, use the vibration principle to mix the abrasives and materials, and continuously wash the workpiece, the surface and corners of the workpiece are ground by the abrasives, and then the finish is obtained. This technology can be used for deburring, chamfering, rust removal, descaling, flattening and fine polishing, and is suitable for metal parts of various sizes and shapes.

Abrasives can be made of alumina (including molten, sintered or natural), corundum, plastic, quartz, ceramics, etc., and can be a single variety or a mixture of several. The shapes of these abrasives can be made into diagonal, cylindrical, diamond, etc. The reason why they are made into preformed abrasives first is that they are more economical and have a faster abrasion speed than arbitrary shapes and natural shapes. According to the shape and size of the workpiece, abrasives of different shapes and sizes are selected. Abrasives for roller polishing include pumice, quartz, granite skin corners, shells, iron filings and ceramic fragments. The size of the abrasive particles should be larger or smaller than each hole of the part. The amount of material in the drum is also an important factor affecting the surface quality of the parts. The amount of material in the drum is usually 70% of the drum volume. The solution in the drum should be added to about 95% of the drum volume (Note: When adding acidic solution to the drum, water should be added first, and then acid should be added to prevent corrosion of the parts. During the roller polishing process, as time increases, the concentration of the solution in the drum gradually decreases, and even loses its effect. AMS 4928 Titanium Alloy Bar / Grade 2 Titanium Bar / Titanium Industrial Rod

The processing time can be from a few minutes to a few hours. The key is to choose the abrasive, which should be determined by experiments. Only in this way can a uniform and bright surface be obtained. After processing, the workpiece is unloaded together with the abrasive, and is taken out after screening through the separator, and the recovered abrasive can continue to be returned to the machine for processing. Oscillating finishing machines are divided into two categories: stand-alone and online, and are selected according to production needs.