Because in the hot melt moisture-proof and anti-fouling solution, the ideal production and processing raw materials are first selected, and then the textile materials are produced at the bottom of the hot melt and air-dried, so as to improve the wear resistance of the hot melt, improve its compressive strength, and at the same time grasp the hot melt structure at different temperatures, so as to improve the function of the hot melt, and then improve the new compressive strength when used, and then consider the expected effect of the hot melt solution. Now the function of the hot melt is scientifically studied, mainly to improve the function of the hot melt, such as the main damage to the function of the hot melt.
The relative density method is used for the hook-shaped hot melt, which has a strong integration degree for the natural environment. The characteristics of hot melts at different temperatures have certain damage. At present, the proportion of typical hot melts is very small in the percentage error, and it can be used to measure and predict the analysis of hot melts at different temperatures. Its application range is within a certain error range. In addition, the application compressive strength and structural compressive strength obtained by customers are also considered, so that customers can get ideal products.
Using the calculation method of the compressive strength of the hot melt wire, according to the alkali resistance and thermal science research in the production process, the key is to combine the entire process of alkali resistance deep processing to improve the alkali resistance of the hot melt polyester. The key is to include functional experiments in the hot melt wire, while taking into account the requirements of alkali resistance and corrosion resistance of the hot melt wire.
Post time: Sep-21-2024