Academic News

Electrospinning Machine | Single-atom iron-decorated hierarchically porous carbon nanofibers with carbon vacancy-enhanced performance for zinc-air batteries and supercapacitors 2025-10-14

With the continuous growth of fossil fuel consumption and increasing awareness of environmental protection, developing high-performance, sustainable energy conversion and storage technologies (such as fuel cells, metal-air batteries, lithium-ion batteries, and supercapacitors) has become an urgent need in current research.

Electrospinning Machine | Single-atom iron-decorated hierarchically porous carbon nanofibers with carbon vacancy-enhanced performance for zinc-air batteries and supercapacitors 2025-10-14

With the continuous growth of fossil fuel consumption and increasing awareness of environmental protection, developing high-performance, sustainable energy conversion and storage technologies (such as fuel cells, metal-air batteries, lithium-ion batteries, and supercapacitors) has become an urgent need in current research.

Electrospinning Machine | Single-atom iron-decorated hierarchically porous carbon nanofibers with carbon vacancy-enhanced performance for zinc-air batteries and supercapacitors 2025-10-14

Electrospinning Machine | Iontransport-triggered rapid flexible hydrovoltaic sensing 2025-10-13

Challenge: The hydrovoltaic effect based on solid-liquid interface interactions provides a promising pathway for ion sensing. However, due to the slow ion diffusion equilibrium in nanochannels, the response time is long, typically requiring several minutes.

Electrospinning Machine | Biomimetic layered, ecological, advanced, multi- functional filmforsustainable packaging 2025-10-13

Challenge: Plastic pollution is one of the most severe sustainable development challenges. Multifunctional and biodegradable plastics are crucial for ideal end-of-life outcomes and petrochemical plastic substitution. Current bioplastics either lack mechanical properties, such as polyhydroxybutyrate (PHB); lack room-temperature biodegradability, such as polylactic acid (PLA); or lack functions to create added value.

Electrospinning Machine | Melanin-like nanofibers with highly ordered structures achieve ultrahigh specific electromagnetic interference shielding efficiency 2025-10-13

Challenge: Lightweight, high-performance electromagnetic shielding materials rely on precisely designed electromagnetic response structures. Traditional shielding materials typically involve manufacturing of complex conjugated composites or graphitized organic materials, facing challenges in balancing their performance and processability. Therefore, finding and designing intrinsic conjugated materials with superior processing properties is crucial.

Electrospinning Machine | Flexible cement fibers with high toughness and water- activated setting behaviorfor construction 2025-10-13

Challenge: Brittle fracture and easy cracking pose significant challenges to the toughening and processing of cement-based composites.

Electrospinning Machine | Flexible cement fibers with high toughness and water- activated setting behaviorfor construction 2025-10-13

Challenge: Brittle fracture and easy cracking pose significant challenges to the toughening and processing of cement-based composites.

Electrospinning Machine | Schiff base crosslinking based dialdehyde-chitosan/gelatin/tea polyphenol electrospun nanofibrous membranes with excellent antibacterial and antioxidant activity for food packaging 2025-10-11

Currently, developing novel food packaging using electrospinning technology is a popular research direction. The spinning materials involved are mainly synthetic polymers (PCL, PLA, PVA, etc.), which have slow degradation rates and certain environmental impacts, not conducive to the current concept of green and sustainable development. In contrast, many natural products (such as gelatin, zein, chitosan, etc.) have faster biodegradation rates and are environmentally friendly, and they even possess certain functional properties themselves, making them applicable for developing novel food packaging. However, in practical applications, preparing membrane materials with good water stability, tensile resistance, and antibacterial and antioxidant properties that can adapt to the actual food packaging environment is a significant challenge.

Electrospinning Machine | CoFe-LDH “Armour” modified nanofiber membrane with multiple synergistic effects for wastewater purification 2025-10-10

Petroleum industry wastewater and organic dyes and other pollutants pose a serious threat to the water environment and human health, receiving increasing widespread attention. To achieve stable loading of catalysts on nanofiber membranes, it is usually necessary to introduce polydopamine or plant polyphenols on the surface of the polymer-based nanofiber substrate to provide catalytic sites and enhance interfacial bonding strength. However, in practical applications, the physicochemical stability of these modification layers has limitations. Therefore, screening active materials with both stability and universality as anchor sites for catalyst growth is crucial. Cellulose nanofibers (CNF), with their excellent hydrophilicity, structural stability, and abundant surface functional groups, can achieve tight integration with the fiber substrate and firmly fix the catalyst.

Electrospinning Machine | One-dimensional porous MnCo2O4/CF nanofibers prepared by electrospinning as efficient bifunctional electrocatalyst for Li–O2 batteries 2025-10-09

Amid the global energy crisis and increasing environmental pressures, developing high-energy-density, long-life energy storage technologies has become a core task for the scientific research community. Li–O2 batteries, with their ultra-high theoretical energy density of 3500 Wh·kg‒1, are regarded as a "potential candidate" in the next generation of energy storage.

Electrospinning Machine | One-dimensional porous MnCo2O4/CF nanofibers prepared by electrospinning as efficient bifunctional electrocatalyst for Li–O2 batteries 2025-10-09

Amid the global energy crisis and increasing environmental pressures, developing high-energy-density, long-life energy storage technologies has become a core task for the scientific research community. Li–O2 batteries, with their ultra-high theoretical energy density of 3500 Wh·kg‒1, are regarded as a "potential candidate" in the next generation of energy storage.