Fresh-keeping is actually what we usually call dried flowers. After dehydration and drying, a series of physical and chemical treatments are carried out. Through such technology, the original natural palm tree can be well preserved for more than ten years. After all, the fresh-keeping artificial palm tree actually looks like a real tree, and has a layered appearance of a real palm tree. In addition to being realistic to the eyes, it is also very realistic to touch with your hands, because almost the fiberglass and steel pipe parts are completely covered by natural artificial leather. Therefore, the fresh-keeping artificial palm tree has a pure natural feeling, so that it is a more popular advantage in the artificial palm tree market.
To know the market advantages and disadvantages of fresh-keeping artificial palm trees, we must first know the relevant information about fresh-keeping artificial palm trees. What information is there? First of all, we need to understand what fresh-keeping artificial palm trees are; in fact, most of the fresh-keeping artificial palm trees are still artificial palm trees. The key lies in the two words "fresh-keeping". Why do we say that? Because the fresh-keeping palm trees, that is, its branches and leaves, are preserved by using real branches and leaves after some potions and dehydration processes. For example, artificial leather also uses natural artificial leather; other parts such as trunks are made of fiberglass plus internal steel pipe structures.
However, fresh-keeping palm trees have their advantages and disadvantages. The most obvious one is that their cost is relatively high, and the budget must be sufficient. In addition, the dyeing of fresh-keeping leaves is relatively unstable or single, and the dyeing is relatively simple, so that the color is not reliable enough and cannot withstand the sun's ultraviolet rays. If it is exposed too much, it is easy to be decomposed by the sun's light or ultraviolet rays. So, technically speaking, this is also a disadvantage. However, with the rapid development of current preservation technology, I believe this problem can be solved in the near future.
