Stainless Steel Cut Wire Shot Manufacturing Company in India - Suntec Enterprises India

In this article, we will share with you the main differences between dry blasting and wet blasting and when and where they are used. Dry blasting Dry blasting as the name suggests does not use any fluid or water but uses compressed air to force abrasives like stainless steel round cut wire shot   through a venturi nozzle. The main benefits of dry blasting 1). it is cost-effective: One of the many advantages of the dry blasting process is that it is less expensive compared to wet blasting as you don’t need any extra machinery to either regulate the flow of the water or even remove the waste. 2). It is highly efficient: Dry blasting is a very efficient method of cleaning the surface of any metal of any earlier coating in a very short period. 3). It is highly versatile: As dry blasting requires very few hardware pieces and arrangements, you can easily use it in various places with a lot of flexibility. This allows you to use dry blasting in factories, building sites, and gara

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