The metal brushing finish process begins by cleaning the metal surface to be finished. The surface is then sanded with fine-grit sandpaper to remove any scratches or blemishes. Next, a metal brush is used to apply the desired finish to the metal surface. The metal brush is moved in a circular motion to get the desired results. Finally, the surface is rinsed to remove any metal residue.

The metal brush can be used to apply a variety of finishes such as polished metal, chrome and nickel plating, brushed aluminum finishing, steel brushing, and more. The thickness of the finish applied depends on the type of metal being polished and the desired results. The metal brushing process is also known as a mechanical polishing process.

There are many types of metal brushes available on the market. For instance, most metal finishing tools have either a round or rectangular shape, and their sizes vary from one another. Additionally, some metal finishing tools feature synthetic bristles, which are long and thin to provide high surface contact. Such synthetic bristles produce even polished finishes, making them an excellent choice for metal polishing jobs.

Brushed Metal Finishes

Brushed metal finishes are created when a metal is rubbed with an abrasive material to create a textured surface. This finish can be used on a variety of metals, including aluminum, steel, and more.

A brushed metal finish is ideal for creating real industrial-looking surfaces. It is commonly (but not exclusively) used on walls or large objects to create a sense of strength.

Steel Brushing Finish

Brushed Aluminum Finishing

Brushed aluminum is a type of metal finishing that gives a brushed or sandblasted appearance to objects made from aluminum. It is created by mechanically abrading the surface of the aluminum with an abrasive brush. The result is a smooth surface with the appearance of having been sandblasted. The brushed aluminum finishing process can be used on aluminum products ranging from fabricated frames to car bumpers. It is usually done on large-scale production runs, making it a type of mass finishing.