新闻中心
The aging of hot melt adhesive is quite common in its application. This phenomenon is mainly caused by the glue heating time being too long or the heating temperature being too high. How to determine if hot melt adhesive has aged?
Aging hot melt adhesive may exhibit the following phenomena:
The aging phenomenon that occurs is generally caused by improper use of hot melt adhesive. It can also be stored for a long time before use. The surface of hot melt adhesive begins to oxidize, attaching dust and microorganisms. As long as the storage space is dry, tidy, and used properly, hot melt adhesive can be stored better, and there is no need to worry about its good storage performance.
How to obtain good performance of hot melt adhesive for books? Your primary task throughout the day is to ensure that everything in the factory runs smoothly and efficiently to achieve high output. Although it is only a small part of the entire process, it includes your hot melt operation. There are many factors that […]
Hot melt adhesive is a type of plastic polymer adhesive. Within a certain temperature range, its physical state will change with the temperature. EVA hot melt adhesive is an environmentally friendly chemical product. Sometimes, when using hot melt adhesive, there may be wire drawing after melting. Affects work efficiency and product aesthetics. So, what is […]
Running a business faces enough challenges, so we want to ensure that we provide high-quality hot melt adhesive for your business to ensure your and your customers’ satisfaction. Packaging is an important component of many businesses, but sometimes its benefits are overlooked. Manufacturers rely on packaging to protect products during transportation, serve as a brand […]
People have always been confused about the softening point and temperature resistance of hot melt adhesive. Some customers even asked what the melting point of hot melt adhesive is? Now Senlai hot melt adhesive will answer from a professional perspective, with a detailed understanding of the differences in melting point, softening point, and temperature resistance. […]
