Tires, seals, tubes, and damping systems are examples of conventional elastomer products
made by the vulcanization process. Covalent cross-linking of the network structures …

The emerging self-healing concept in rubber materials appears to be a good option for
reducing rubber waste since it can enhance the longevity of the product's structure in …

Abstract Machine learning is a powerful means for the rapid development of high-
performance functional materials. In this study, we presented a machine learning workflow …

Abstract Covalent Adaptable Networks (CANs) have the potential to replace current
thermoset materials, as the dynamic covalent bonds in CANs enable reprocessability and …

Nowadays, self-healing materials have been studied actively in electronics, soft robotics,
aerospace, and automobiles because they can prolong the life span of the materials …

Adhesives with exceptional toughness and self-healing properties are vital for the practical
application of energetic composite materials (ECMs). However, the majority of self-healing …

Vitrimer films containing acylhydrazone bonds are synthesized in two steps. Bio‐based
vanillin and adipate dihydrazide are used to prepare diols containing acylhydrazone bonds …

Vitrimers are a unique class of thermosets that demonstrate reprocessability and
recyclability due to dynamic bond exchange at crosslinking sites. However, the same …

热固性材料因性能卓越而广泛应用, 但难重塑导致资源浪费和环境污染. 将动态共价键引入聚合
物的交联网络中, 可制备兼具热固性材料性能并可重复回收利用的类玻璃高分子材料 …

Scratch recovery of micro‐nano‐patterned polymer surfaces extends the service life of
products that require tunable surface properties and contributes to more sustainable …