In the eyes of many economists, the bio-pharmaceutical industry is ’the ever-declining sunrise industry’. It is expected that biomedical technology will enter a period of wholesale syringe development in 2020, and will gradually become the leading industry in the world economy. Industry insiders said that my country is now continuously introducing a series of policies and regulations, taking the bio-industry and bio-technology as a developing strategic emerging industry, and actively promoting the development of the bio-pharmaceutical industry.
When it comes to the development of the pharmaceutical industry, we naturally also think of the upstream pharmaceutical industrypharmaceutical equipment, in which the wet granulator is one of the key equipment in the pharmaceutical production process. Almost all solid preparation processes are inseparable from the granulation process. The granules produced may be final products, such as granules; they may also be intermediate products, such as tablets. ’The wet-processed particles are wetted by the surface, which has the advantages of good particle quality, beautiful appearance, strong wear resistance, good compression moldability, etc. It is widely used in the pharmaceutical industry.
Wet granulator is of great significance in the pharmaceutical production process, but the explosion-proof factors must be fully considered in the design process. According to relevant technical personnel, during the feeding process of the wet granulator and the friction of the powdered materials during the dry powder mixing process, static electricity is generated to generate electric sparks. Once the mixing ratio of the air dust mixture reaches the flash explosion concentration, it will encounter electric sparks. A flash explosion occurred. The solid powder for production used in the pharmaceutical industry contains auxiliary materials such as starch, corn starch and other powdered materials.
The explosion hazard level is different. Therefore, it is required that the equipment for the production of dry powder materials for pharmaceutical preparations have explosion-proof and anti-explosion functions to ensure the use of equipment. safety. The big explosive pressure of starch commonly used in pharmaceutical technology is 1Mpa, so the design of wet granulator and fluidized bed should have anti-explosion ability of 10-12bar.
https://www.syringeassemblymachine.com/product/syringe-assembly/
When it comes to the development of the pharmaceutical industry, we naturally also think of the upstream pharmaceutical industrypharmaceutical equipment, in which the wet granulator is one of the key equipment in the pharmaceutical production process. Almost all solid preparation processes are inseparable from the granulation process. The granules produced may be final products, such as granules; they may also be intermediate products, such as tablets. ’The wet-processed particles are wetted by the surface, which has the advantages of good particle quality, beautiful appearance, strong wear resistance, good compression moldability, etc. It is widely used in the pharmaceutical industry.
Wet granulator is of great significance in the pharmaceutical production process, but the explosion-proof factors must be fully considered in the design process. According to relevant technical personnel, during the feeding process of the wet granulator and the friction of the powdered materials during the dry powder mixing process, static electricity is generated to generate electric sparks. Once the mixing ratio of the air dust mixture reaches the flash explosion concentration, it will encounter electric sparks. A flash explosion occurred. The solid powder for production used in the pharmaceutical industry contains auxiliary materials such as starch, corn starch and other powdered materials.
The explosion hazard level is different. Therefore, it is required that the equipment for the production of dry powder materials for pharmaceutical preparations have explosion-proof and anti-explosion functions to ensure the use of equipment. safety. The big explosive pressure of starch commonly used in pharmaceutical technology is 1Mpa, so the design of wet granulator and fluidized bed should have anti-explosion ability of 10-12bar.
https://www.syringeassemblymachine.com/product/syringe-assembly/
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