During the production and processing of plastic products, odor problems often occur, which are mainly caused by additives, residual solvents or the decomposition products of the plastic itself. To improve this, plastic deodorants have become an indispensable auxiliary material. This article will introduce in detail the definition of plastic deodorant, the mechanism of action, the comparison between traditional and new products, and how to choose the right deodorant.
Plastic deodorants are defined as chemicals that are effective in removing or reducing odors in plastic products. Their mechanism of action is mainly through adsorption, chemical reaction or entrapment of odor molecules to achieve the effect of deodorization.
Traditional plastic deodorants mostly use physical adsorption as the main mechanism, such as activated carbon and clay products. These materials are capable of adsorbing a certain amount of odor molecules, but their adsorption capacity is limited and may affect the physical properties of the plastic.
The new plastic deodorant uses a more advanced chemical method to not only adsorb odor molecules, but also break them down or convert them into odor-free substances through chemical reactions. These deodorants typically have higher efficiency and longer duration of action, while having less impact on the properties of plastics.
When choosing a plastic deodorant, users should consider the following points: the type and ** of odor, the mechanism of action of the deodorant, the impact on the performance of plastic products, the cost and environmental performance, etc. In general, the new deodorant, although slightly higher, has a more stable purification effect and has a lower impact on the environment.
In summary, the new plastic deodorant has significant advantages over traditional products in terms of removal efficiency, durability and impact on plastic properties. However, the specific choice of deodorant also needs to be considered according to the actual product demand and cost budget. Through the analysis of this article, I hope to help users make a more informed choice.