Mylar may not be widely known at first glance, but we often encounter and use it in our daily lives. For example, the pads in our phones and the protective film on TV screens are made from Mylar. This is because it undergoes a chemical reaction when heated, forming a film that provides protection upon heating and stretching.

Mylar's performance is highly stable; it not only withstands extreme temperatures and moisture, as well as chemical corrosion, but also boasts excellent tear and insulation properties. Available in a variety of colors like white and black, it is both aesthetically pleasing and versatile, catering to different needs with its diverse product offerings. It is widely used across various industries, not just in electronic instruments, computer display devices, and household appliances, but also in insulating materials for motors and cables.

In all its applications, the TV screen is widely used. Generally, we can substitute Mylar tape for electrical tape, as it is also safer. Since the surface of the ordinary film is prone to scratching due to friction with foreign objects, using Mylar tape can effectively serve as a buffer, protecting the surface of the device screen.

Furthermore, in our production work, especially in the high-risk electrical industry, it serves as a highly insulating product, effectively safeguarding the safety of workers and ensuring their safe production. Moreover, in our daily lives, we often use safety gloves and electronic devices, which prevent electric shocks during use and operation.

In the die-cutting process of Mylar sheets, the requirements for machinery and equipment are also quite high. During the processing, we need to produce various specifications and sizes, which necessitates parameter settings on our production equipment. As long as the parameters we set are reasonable, we can produce the desired insulating products.