Peeling packing tape is often a struggle—first the tape refuses to budge; then it unspools too far. Researchers have learned that even when tape rolls out steadily, it continues to stop and start at high frequency on the microscopic scale. Now researchers have developed a theory—based on observations of the peeling of adhesive tape—that explains how energy provided by the peeling force is converted to kinetic energy in the moving tape. Characterizing this effect could lead to a reduction in the noise produced when peeling tape (a serious concern for industry, where the sound can be deafening) as well as improvements for future adhesive tapes.

Adhesive tape plays a multifaceted role in safeguarding batteries. It acts as a crucial link, securing components in place and providing high-temperature protection. In the world of electronics, where precision and reliability are paramount, tape ensures that batteries are not only connected and fixed securely but also shielded from the rigors of high temperatures. With the addition of specialized tape for new energy applications, its significance grows even more pronounced. As we advance into the era of new energy sources, including solar and wind power, adhesive tape takes center stage in enhancing the performance and longevity of critical components. It plays a pivotal role in enabling the seamless assembly of renewable energy technologies, ensuring that they operate efficiently and reliably to meet the demands of a sustainable future.