Magnesium dust is highly explosive, with KST values typically ranging from 300 to 500 bar·m/s, but a dust test on your facility's specific sample is essential for accurate risk assessment and safety planning.
The KST value of magnesium dust, a key measure of its explosibility, can vary significantly depending on factors such as particle size, shape, and moisture content. Magnesium is known to be highly reactive, with KST values typically falling within the high explosibility range, often cited between 300 and 500 bar·m/s, and in some cases even higher. This makes it one of the most hazardous combustible dusts. However, these general ranges may not accurately reflect the characteristics of the magnesium dust generated in your specific facility, as variations in processing methods, environmental conditions, and contaminants can significantly influence explosibility. To ensure accurate risk assessment and implement proper safety measures, it is critical to conduct a standardized dust test on a representative sample from your operation. This test provides precise data for designing explosion protection systems tailored to your specific dust, ensuring compliance with safety standards and minimizing explosion risks.