What are the characteristics of Single Classify Wheel Classifier for Pea Protein? Ultrafine gas flow classifier, especially for brittle materials, the hardness of the material is suitable in Moglide 1-3, such as graphite, kaolin, quartz and other non-metallic minerals. Due to the high speed of the microcomputer, the intake air is large, is used to grind heat sensitive materials, synthetic resins, sulfur, pesticides, food, Chinese herbal medicine, phosphoric acid, magnesium carbonate and other items.
In order to have a further understanding of Single Classify Wheel Classifier For Pea Protein, the following simply analyzes the common problems of the crusher and how to solve these problems. 1. Q: How do I choose equipment for materials that need to be smashed? A: (1) Moh's hardness is less than 3. The mechanical grinding machine and grading impact mill can meet the crushing requirements and save a certain cost. (2) High hardness, high purity material of Moh's hardness is higher than 3.5 hardness. (3) If it is a metal powder, you can atomize the grading and cannot be broken. 2, ask: The custom pulverizer can be used in different materials. What is the difference between them? A: (1) After the food and drug is crushing, it is necessary to meet the level of food safety, the optimal choice of stainless steel materials, because the mirror is polished inside and outside, and there is no iron pollution. (2) Broken material is easily worn, and the purity is required to be high after crushing, and the stainless steel is optimal. (3) If the crush is not high, the cost is saved, and the air pulverizer of carbon steel material can be used. 3, ask: When using the airflow mill, the fineness of the finished product is not standard, how does it adjust the classification wheel? A: (1) If the new customized pulverizer does not meet the requirements of the granularity, the device selection may not be correct. Therefore, in order to avoid such errors, it is best to perform material crushing and grading experiments before purchasing, and carefully check whether the experimental results are satisfactory.
