Presumably, people all know that there are a lot of germs in today's environment. Officially, because of this, the sterilizer industry is expanding from time to time. There are many kinds of sterilizers, including ethylene oxide sterilizers.
ETO is absorbed by many substances. Therefore, the project must be aerated after sterilization to eliminate residual ETO. Guidelines have been issued to allow electronic trading restrictions on devices, depending on how they are used, how often they are used, and how long they are used, to minimize the risk to patients during normal product use.
The sterile products provided depend not only on the effectiveness of the sterilization process, but also on the design of the equipment, decontamination, removal and packaging, loading and monitoring of the sterilizer, quality and quantity of the disinfectant and suitability. Reprocessing of loading cycle and content of equipment. Most of the cleaning, disinfection and sterilization operations are carried out by the medical staff of the central processing department, so as to control the quality more easily. The purpose of centralized treatment is to deal with medical devices and surgical instruments in order to protect patients from infection, minimize the risk of staff and retain the value of reprocessed items.
Heating aeration
In order to reduce the residence time in the container, the sterilized product is usually placed in the heating chamber to further remove the residual gas. Keep the room at a high temperature, and constantly remove and scrub the discharged residues from the room. The aeration chamber helps to accommodate any on-board EO and constantly reduces residues in the product. After inflation, the goods are moved to the warehouse for storage until release.
Ethylene oxide (EO), also known as ethylene oxide, has a molecular formula of C2H4O and a chemical formula of ch2-ch2 with a molecular weight of 44.05. This small and unstable ternary ring structure of EO makes it highly chemically active and penetrating. At 4 ℃, the specific gravity is 0.884, and the boiling point is 10.8 ℃. Therefore, EO is gaseous at room temperature and atmospheric pressure, heavier than air, with a density of 1.52g/cm3. When volatilized, it has an aromatic ether flavor, and the threshold value of smell is 500-700ppm. EO liquid is colorless and transparent, and can be mixed with any proportion of water, and also soluble in common organic solvents or oils.
Whether we control the quality of ethylene oxide sterilization from a professional and perfect management system, or take the handling of goods carefully, we should reassure customers and then deliver them to their customers with satisfaction. This is a win-win situation for all!
Ethylene oxide has a large vapor pressure, so it has a strong penetration to sterilized articles. It can penetrate through micropores to reach the deep part of the articles. It is precisely because of this deep penetration of EO that it has a good sterilization ability. In industrial production, the method of packaging before sterilization is widely used.
Today, the world leader in ethylene oxide sterilizers using ethylene oxide gas (EO) sterilization, using ethylene oxide sterilizers to sterilize masks makes them safer, more reliable, more convenient and more Economical and more environmentally friendly.
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