It is challenging to prepare room temperature self-healing materials that balance self-
healing and mechanical properties. In this study, we introduces a concept of “asymmetric …

The preparation of room-temperature self-healing polymeric materials with good healing
efficiency and high mechanical strength is challenging. Two processes are essential to …

As far as the self-healing elastomers are concerned, there is a contradiction between
mechanical strength and self-healing performance because it's hard to acquire strong …

Flexibility, robustness, transparency, and recyclability are critical to the application of self-
healing polymer materials in the field of flexible electronics. However, integrating all the …

Currently, research into self-healing polyurethane materials has progressed significantly;
however, ensuring that the materials exhibit excellent mechanical properties and good …

Developing an autonomous self‐healing polyurethane (PU) elastomer with excellent
mechanical properties and high ductility has attracted increasing attention. Nowadays, the …

Solving the weak toughness and strength of self-healing materials seems to be a mountain
that is difficult to get over. Although some studies have reported high-strength self-healing …

Elastomers with outstanding strength, toughness and healing efficiency are highly promising
for many emerging fields. However, it is still a challenge to integrate all these beneficial …

Self-healing materials with high mechanical strength have attracted much attention, but the
facile fabrication of such high-performance materials remains a challenge. In this work, we …

As a functional material, the transparent elastomers have been rapidly developed and
applied in different fields, such as electroluminescence devices, sensors, medical and …