High‐performance polymers have been concomitant with advanced technology for half a
century. With the advancement of synthetic chemistry, the recent development of high …

High‐performance engineering polymers (HPEPs) are mechanically robust but difficult to be
processed and recycled. Aiming to solve such a problem, herein, supramolecular …

Traditional flame-retardant plastics are technically difficult to chemically recycle. The
development of new types of flame-retardant plastics that are intrinsically capable of being …

Recent advances in vat photopolymerization (VP) additive manufacturing of fully aromatic
polyimides employed photoreactive high-molecular-weight precursors dissolved at modest …

Poly (ether imide)(PEI) is a high-performance polymer with outstanding thermal stability,
mechanical strength, and processability, but a critical drawback of poor solvent resistance …

Detachable polymeric adhesives (DPAs) usually exhibit weak environmental reliability due
to the intrinsic reversible network. Herein, such problem is solved by incorporating dynamic …

The enhancement of polyisoprene rubber performance through biomimetic simulation of the
terminal effect of natural rubber has been explored. So far, the presence of synergistic …

Water is an optimal flame retardant owing to high vaporization and specific heat, greenness
and low-cost. The challenge, however, lies in how to integrate water into the matrix …

Conductive pressure sensitive adhesives (PSA) used for wearable and smart electronic
sensors have attracted a significant amount of attention recently. However, achieving …

Poly (urethane imide) s (PUIs) with improved thermal properties and flame retardancy can
be made in a direct way by the reaction of isocyanates with anhydrides to give aromatic …