Different Abrasive Blasting Methods

An abrasive substance is used to blast through a surface to smooth it out or eliminate impurities, as its name indicates. The explosion is caused by a lot of pressure exerted on the grit. The amount of pressure used determines how fast and well the results come out most of the time.

However, as the metal fabrication business progressed, various additional grits and mediums were introduced, and the term “sandblasting” became more popular. Most of the time, the type of media used in a blasting job determines the abrasive type used.

Listed here are the many sandblasting techniques:

Simulated Silica Sand (or SiO2)

Ordinary sand, usually referred to as silica or quartz, is meant by silicon dioxide. Silica Because sand grains are nearly the same size and the edges of the granules are sharp, this kind of grit is very effective in abrasive blasting, making sandblasting one of the most frequent methods of removing contaminants from surfaces.

The use of sand as a blast medium is no longer widespread since alternative blast media operate better than sand and silica, which might cause various respiratory ailments.

Soda

Sandblasting using sodium bicarbonate or baking powder is called soda sandblasting. Soda is an abrasive that may be used to prevent corrosion of metals without harming or deforming the metal itself. Soda is a great grit to use instead of stronger abrasives, which could damage fabrics.

Steel Grit

Steel grit is used as an abrasive in this procedure to remove paint and rust from steel metals. The use of steel results in a nice, even surface. The quick cutting characteristic of steel grit makes it popular.

Glass Beads

Grit with extremely fine materials, such as glass beads, is the ideal choice for producing sandblasting results with a matte or satin finish. Cabinets are often treated with abrasive blasting of this sort.

Bristle Blasting

There is no distinct medium utilized in this form of abrasive blasting. Instead, a surface with steel wire bristles is turned. This rotating motion helps remove contaminants from the surface, resulting in a flawless finish. Corrosion-free metal surfaces are often treated using this technique.

Many different forms of abrasive blasting are available, ranging from soda to steel to bristle to glass bead. Because each of these abrasive blasting techniques relies on a certain kind of grit to provide the intended effects, choosing the right approach is essential.

To remove old paint from a vehicle so that it may be repainted, consider employing the bead abrasive blasting process. To remove the paint without harming the vehicle’s metal body, beading is the best method.

With a help of robot, you can automate abrassive blasting process. Read more on Vertidrive.com