Brown fused alumina is a commonly used sandblasting abrasive. Today, Sicheng Xiaobian will take you to understand the characteristics of brown fused alumina sandblasting.
1. High efficiency: Generally speaking, the efficiency of brown corundum is related to its particle size. When the particle is small, the particle speed in the airflow will be faster, and it has sharp edges and corners, and it will quickly hit the object being operated. Surface, so as to achieve the purpose of sandblasting or grinding.
2. Low loss: The low loss of brown corundum refers to a product that consumes less when processing a certain item, that is, in order to reduce abrasive loss, the impact of brown corundum particles on the surface of the object is the same as that of pomegranate sand particles on the surface. Compared with the amount of influence, it is found that it is relatively small, so its loss is low.
3. Less dust: Sandblasting abrasives will produce dust during the sandblasting stage. The specific gravity of brown corundum is higher than other abrasives, and the dust generated during use is also less, which can not only improve the operating efficiency of operators, but also reduce operating costs The amount of dust inhaled by personnel can improve the health indicators of operators. 4. High quality surface treatment: when sandblasting, the brown corundum abrasive can quickly enter the concave and convex parts of the surface through the operation of the sandblasting machine to remove pollutants on the surface of the workpiece. In addition to rust removal, it can also remove soluble salts and other pollutants. The surface of corundum-treated workpieces is very clean, with no inserts in concave-convex parts and joints.
5. Recycling: This is a very important point in the characteristics of brown fused alumina. Generally speaking, the number of repetitions can reach about ten times. Even if the reuse has no effect, after adding cement, it can be recycled into the construction industry, which is environmentally friendly. Reduce the user’s production cost.
