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Shandong Tianheng Intelligent Pharmaceutical Equipment Co., Ltd
Structure and process flow of low-temperature traditional Chinese medicine grinder
Date: 2024-09-19Read: 6
The low-temperature traditional Chinese medicine grinder is a specialized equipment that can grind thermosensitive materials at low temperatures, and its grinding process is carried out under the action of a coolant.
The process flow of low-temperature traditional Chinese medicine grinder mainly includes the following steps:
1. Cooling raw materials: Place the materials to be ground into the cooling chamber of the low-temperature traditional Chinese medicine grinder and freeze them using low-temperature coolant.
2. Grinding: The low-temperature traditional Chinese medicine grinder sends the cold defined raw materials to the grinding chamber for grinding. After grinding, the required abrasive is separated through a screening device.
3. Feeding: Continuously processing new raw materials into the abrasive to maintain its stability.
4. Operation control: Control the grinding effect and production speed of the crushing equipment by adjusting the processing parameters in the low-temperature crusher.
The main principle of a low-temperature traditional Chinese medicine grinder is to use a coolant to grind thermosensitive materials at low temperatures, thereby achieving the purpose of grinding. The following are the three components of a low-temperature traditional Chinese medicine grinder:
1. Cooling system
The cooling system of the low-temperature traditional Chinese medicine grinder adopts a metallurgical machine or refrigerant to maintain a constant low temperature state of the material during operation, generally ranging from -196 ℃ to -30 ℃. Low temperature conditions help improve grinding efficiency and reduce dust generation.
2. Grinding room
The grinding chamber is generally made of stainless steel, and the structure requires high precision density and high wear resistance. In the process of abrasive grinding, the pressure required for the material and the high-speed rotation of artificial products generate high heat, and a low-temperature cooling system can control these processes to ensure that the material is not affected by high temperatures.
3. Screening device
The screening device can separate abrasive particles of different sizes, achieving high quality standards for powder uniformity and fineness. The screening system generally consists of multiple layers of sieves, and different combinations of sieves can be selected for operation according to needs.
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