As we all know, dried abalone is suitable for long-term preservation, but how to preserve it is a subject worth talking about.
Dried abalone is prone to quality problems such as moth, mildew and browning during storage. Fortunately, there are many ways to preserve dried abalone, including normal temperature storage, low temperature refrigeration, vacuum nitrogen storage, modified atmosphere storage in plastic bags, radiation storage, etc. If properly handled, it can still be avoided, and everyone can choose according to specific conditions.
The average family can pack the dried abalone into 0.25mm thick sealed plastic bags and put them in the hand box. Relying on the functions of sealing plastic bags to isolate air and prevent moisture, it can effectively inhibit the propagation of mold and the harm of moths, and realize the purpose of storage at room temperature.
In addition, using sealed glass bottles is also the same way, but these two containers need to take dry abalone out to dry regularly to remove excess water. But remember that the strong light at noon in summer is easy to cause excessive dryness and needs to be avoided. After repeated drying, you can choose a brush with soft wool to remove the salt and dust separated from the surface of dried abalone, so as to maintain the state of abalone, which is more conducive to subsequent value-added.
The low-temperature refrigeration method also needs to pack the dried abalone in plastic bags, then put away the moisture-absorbing paper, put it into standard cartons and store it in the freezing room at the temperature of 0 to-8 C. But for families, it is not recommended to put thousands of abalone in the refrigerator for a long time, which will lead to cross-talk with other ingredients.
As for the final vacuum or ammonia filling treatment and storage, it is more suitable for professionals or processing plants to use. The special plastic film for gas insulation can be directly stored at room temperature or low temperature, or nitrogen filling treatment can be carried out after being pumped to the vacuum close to the skin by means of vacuum oxygen exclusion and nitrogen filling to reduce oxygen.