Manufacturing method of crystal salt of 6-8 mesh number
I. INTRODUCTION
In the field of raw materials for the production of chemicals, the manufacturing of crystal salt is a key technology. Among them, 6-8 mesh size crystal salt is more widely used in various chemical production processes. In order to meet the high quality requirements of chemical production, it is crucial to manufacture crystal salt with uniform particle size and high purity. In this paper, the manufacturing method of crystal salt 6-8 mesh number will be introduced in detail.
II. Material and equipment
1. Material: pure salt ore or sea salt.
2. Equipment: crusher, sifter, mixer, dryer, packaging machine, etc.
3. Manufacturing method
1. Crushing and screening
Crush the salt ore or sea salt so that the particle size reaches 6-8 mesh number. Use sieving machine to sieve the crushed salt to remove oversized and undersized particles to ensure uniform particle size.
2. Mixing
Mix the sieved salt with appropriate amount of additives to improve certain performance indexes of the crystal salt. The choice of additives should be based on specific needs, such as improving fluidity, preventing agglomeration, etc.
3. Drying
The mixed salt is dried to remove water from it. The drying temperature and time should be adjusted according to the nature of the salt and the characteristics of the drying equipment to ensure the drying effect of the salt.
4. Packing
The dried crystal salt is packed to prevent it from moisture and contamination. Packaging materials should be chosen to be moisture-proof and corrosion-resistant, and make sure the packing is tight.
4. Precautions
1. During the manufacturing process, the process parameters of each link should be strictly controlled to ensure that the particle size and purity of the salt meet the requirements.
2. Additives should be used in appropriate amount to avoid adverse effects on the performance of salt.
3. The temperature and time should be controlled during the drying process to prevent the salt from deteriorating or being damaged.
4. Packaging materials should be selected from environmentally friendly and harmless materials to ensure the safety and environmental protection of the products.
V. Conclusion
Through the above steps, we can make crystal salt 6-8 mesh number with uniform particle size and high purity. This crystal salt has the advantages of good fluidity and anti-caking, and is widely used in various chemical production processes. In order to further improve the quality and production efficiency of the crystal salt, we need to strictly control the process parameters of each link in the manufacturing process and continuously optimize the manufacturing method. At the same time, we also need to pay attention to the market demand and industry dynamics, and actively adjust the product structure and production process to meet the different needs of customers.
In the future development, we should focus on technological innovation and product development to improve the added value and market competitiveness of crystal salt. In addition, we need to strengthen production management and quality control to ensure the stability and reliability of our products and provide customers with quality products and services.
In short, the manufacturing method of Crystal Salt 6-8 mesh count is an important technology, which is significant for improving the quality and output of raw materials for chemical production. We should keep exploring and innovating to promote the development of crystal salt manufacturing industry and make greater contribution to the development of chemical industry.
