Jet Mill VS Pin Mill

Jet mill and pin mill exhibit significant differences in power sources, structural design, performance characteristics, and application scenarios. jet mill utilizes compressed air as its core power source, requiring auxiliary systems such as air compressors, storage tanks, refrigerated dryers, and filters. It drives actuating components through cylinders and pistons, delivering consistent output when pressure stabilizes. This makes it suitable for applications requiring continuous and stable power, such as large-area surface treatment and high-efficiency crushing. In contrast, pin mill primarily relies on electric motors or purely mechanical transmission systems, transmitting power via gears, connecting rods, or belts. While stability may be affected by power attenuation or transmission slippage, it offers higher precision and controllability, making it more suitable for delicate operations like small component rust removal, precision dispensing, and nanofiber preparation. The selection between these two types should be based on a comprehensive evaluation of the task's scale, precision requirements, and environmental conditions.