Skip to main content

Why should we use shot blasting?

In any modern metal or construction industry like metal, auto, shipbuilding, railroads, foundries, and many more, you will find that the shot blasting process is utilised for various needs. In the shot blasting process, different abrasives like stainless steel round cut wire shotsand, and others are used.This process has become crucial in all-metal industries, to remove scale, erosion, and rust. In this article, we will share with you some of the advantages of using the shot blasting process.

Main benefits of using the shot blasting process

There are several advantages of using the short blasting process for various tasks in the metal as well as construction industries. We have listed some of these advantages here for your ready reference.

It helps in removing corrosion

You can quite easily remove rust and other material from the surface of metals to extend the life of the metallic component. If you want to remove the rust, paint, synthetic stain, and scale from the metal surface through the manual method then it would take a long time that would, in turn, increase the cost. On the other hand,you can do the same job through the shot blasting method in which the cut wire abrasives are forcefully thrown on the surface to clean it of any unwanted matter in a very short time. This not only helps you to save the time you would have otherwise spent on the cleaning process but also the cost associated with it.

It helps in creating a surface arrangement

In the metal industry, you have to paint the surface of the metal sheets, electroplate it, or put a corrosion resistance layer on the top. To improve the adhesion quality, you have to create a surface arrangement that would allow the paint and other layers to stick to the surface more strongly. When you hit the surface of the metal with cut wire shots then it creates an etching, which improves the adhesion properties significantly. This in turn improves the life of the metal surface.

It is not harmful to the environment

The shot blasting method is also environmentally friendly compared to other processes in which you use strong chemicals to clean the metal surface of any synthetic stain, paints, or rust. In the shot blasting process, no acids or synthetic compounds are used. The cleaning agent is the abrasive thatcan be reused many times over, whichnot only saves the environment but also minimising both the maintenance as well as operational cost. Any dust that is produced in the shot blasting process is removed through an inbuilt vacuum that after the process is finished can be taken away and disposed of safely.

The information we have shared with you in this article clearly shows that the shot blasting process is not only faster, cheaper but is also environmentally friendly. Thanks to these advantages, the shot-blasting process has a huge demand in multiple industries for various applications.

Website: http://suntecenterprises.com/

Resource: https://suntecenterprisesindia.medium.com/why-should-we-use-shot-blasting-b2e461130900

Comments

Popular posts from this blog

Always Prefer Quality over Price When Selecting the Right Steel Shot

In many industries, steel abrasives, steel shots and steel grits are widely used to clean the surface of metal sheet, rubber, or any other material in a fast and cost-effective manner. Most of the time materials like copper cut wire shots , or aluminium cut wire shots are used for either cleaning or physical modification of a surface. At the same time conditioned carbon steel cut wire shots are used as a preparatory process for metal surface cleaning. In such metal surfaces scales, dirt, paint coatings or rust are cleared off. Additionally, the steel shots are also used for physically modifying the metal surface (like roughening it up) so that better application of paint and coating can take place on it. This shows how important steel shots are in many industrial processes. However, many manufacturing companies when trying to source steel shots from the market look for the cheapest option available. This is done to minimise the cost. However, this can have a big impact on the o

The Usefulness of Glass Beads in Blasting Process.

You may have heard about the abrasive blasting method that uses VDFI 8001 cut wire shot and other such hard abrasives. However, you will be surprised to know that in many industrial applications where abrasive blasting is used, instead of using hard abrasives like the stainless steel shots , softer glass is being used. Glass beads offer a cost-effective and highly practical solution for those cleaning processes that need silica sand which is considered a health hazard. In this blog, we will like to explain the usefulness of glass beads in the blasting process. The perfect abrasive for softer surfaces The glass beads are mainly used as a cleaning agents wherein, the size of the bead ensures different outcomes. These beads are generally used on softer surfaces as they are not able to damage the surfaces on which they are projected at high speed (which a steel abrasive can). Environment friendly and cost-effective Glass beads are generally used in place of sand or silica becaus

Types of Abrasives that can be used in the Grit Blasting Process.

 Grit blasting is an important processin most manufacturing industries as well as the real estate sector. The main reason for using grit blasting in the manufacturing sector is to clean the metal surfaces or workpieces so that further application could be done on them (like welding, analysing, or painting). When you need to clean hard surfaces like metals, then you would need stainless steel shots , aluminium shots, copper shots, cut wire abrasive media ,  and so on . However, if you need to clean softer surfaces, then you will need softer abrasive media. In this article, we will share with you some of the abrasives that you can use in the grit blasting process to get the desired results. As you know, the abrasive grit blasting process is used as a surface preparation strategy for different needs like cleaning the surface of old paint, grease, or oxides of the metal. The process is very simple, wherein compressed air is utilised to project abrasive media on a surface to either clea