Electrospinning Academic News

Electrospinning Equipment for Research| Advances and challenges in micro-porouslayer design for commercialization of protonexchange membrane fuel cel 2025-06-24

As the world accelerates towards a low-carbon economy and sustainable energy systems, hydrogen energy has attracted significant attention as a clean and efficient alternative to fossil fuels. Among various technologies, proton exchange membrane fuel cells (PEMFCs) are becoming a core technology in transportation and distributed energy systems due to their high energy conversion efficiency, rapid start-up capability, and zero-emission characteristics. Despite significant progress in PEMFC commercialization in recent years, challenges in material systems, manufacturing processes, and cost control continue to limit their widespread adoption.

High-Throughput Electrospinning System| Synergistic photothermal catalysis overelectrospun Ti-0-Cu dual-redox sites.toward high-efficiency toluene oxidationunder solar illumination 2025-06-24

With rapid industrialization and economic development, annual emissions of volatile organic compounds (VOCs) continue to rise. Photothermal synergistic catalytic oxidation technology has demonstrated promising application value in VOC treatment due to its high efficiency and energy-saving potential. Using electrospinning technology, precise control of dopant concentration in precursor solutions and spinning parameters enables fine-tuning of metal doping levels and dispersion, ensuring uniform distribution of active sites on catalyst surfaces.

Large-Scale Nanofiber Manufacturing| Sustainable aramid filaments generated from waste aramid viaproton-donor-regulated wet spinning strategy 2025-06-23

With the widespread application of high-performance fibers in aerospace, protective clothing, rail transportation and other fields, aramid materials have become key industry materials due to their excellent thermal stability, flame retardancy and mechanical properties. However, the high crystallinity and strong intermolecular hydrogen bonding of aramid materials also bring a serious problem - difficulty in degradation and recycling. Currently, large amounts of waste aramid materials are incinerated or landfilled, causing both resource waste and environmental pressure. How to recycle waste aramid fibers to regenerate aramid nanofibers remains an urgent challenge.

Electrospinning Device for Nanofibers| Tailoring the coordinationmicroenvironment of electrospunnanofibers for the separation of thoriumions from ore wastewater 2025-06-20

With the intensification of global energy crisis and urgent need for low-carbon transition, developing new clean energy systems has become a strategic focus of scientific research worldwide. Nuclear energy technology, with its low-carbon attributes and high-efficiency thermal power generation characteristics under high-temperature conditions, is regarded as an ideal alternative to traditional fossil fuels. Among them, thorium-based molten salt reactors show significant advantages over conventional uranium-based nuclear reactors.To address the issue of thorium-containing radioactive wastewater generated during mining and smelting processes, developing efficient thorium (Th(IV)) ion separation and enrichment technologies has become a critical challenge for achieving clean utilization of thorium resources, with dual value for radioactive pollution control and strategic nuclear....

Electrospinning Equipment for Research| The carotenoid torularhodin alleviates NAFLD bypromotingAkkermanisa muniniphila-mediatedadenosylcobalamin metabolism 2025-06-20

Torularhodin is a unique carotenoid beneficial for treating non-alcoholic fatty liver disease (NAFLD). However, the exact mechanism of its therapeutic effect remains unknown.

Electrospinning Machine| Metal-organic doublelayer to stabilize selective multicarbon electrosynthesis 2025-06-20

Against the backdrop of global carbon cycle imbalance and increasingly severe greenhouse effects, electrochemical CO2 reduction (eCO2R) technology has attracted much attention for its ability to convert CO2 into high-value-added chemicals. However, the key challenge for industrial-scale application lies in improving the stability of gas diffusion electrodes (GDEs) while maintaining their high selectivity for multi-carbon products.

Electrospinning Device for Nanofibers| An anisotropicstrategyfor developing polymerelectrolytesendowinglithium metal batteries withelectrochemo-mechanicallystableinterface 2025-06-20

Developing multifunctional solid-state polymer electrolytes is a rational approach to achieve reliable lithium metal batteries, but remains challenging due to sluggish lithium-ion kinetics and insufficient mechanical strength leading to uneven lithium deposition.

High-Throughput Electrospinning System| Hydrogels with programmed spatiotemporalmechanicalcuesforstem cell-assisted boneregeneration 2025-06-20

Hydrogels are widely used in stem cell tissue regeneration, providing a favorable environment for cell survival, differentiation and integration with surrounding tissues. However, designing hydrogels for hard tissue regeneration like bone poses significant challenges.

Lab Electrospinning System| Blood-triggered self-sealing and tissue adhesivehemostaticnanofabric 2025-06-20

Current hemostatic fabrics often face issues of blood leakage through the fabric or at fabric-tissue interfaces, leading to additional blood loss.

Industrial Electrospinning Machine| Highly stretchable, self-adhesive, conductive, and tough hydrogelreinforced with cellulose nanofibers for wearable biosensor andultrasonic nanogenerator 2025-06-19

In recent decades of rapid technological development, advanced technologies such as semiconductors and wearable devices have gradually integrated into all aspects of daily life. However, sensor technology still faces challenges including poor signal acquisition accuracy and inability to maintain long-term stable adhesion to human skin. Conductive hydrogels, characterized by high mechanical properties, excellent conductivity, and good biocompatibility, can also be assembled into nanogenerators to harvest various energy forms and power small electronic devices.

Electrospinning Device for Nanofibers| Aramid Nanofiber/MXene-ReinforcedPolyelectrolyte Hydrogels for Absorption-Dominated ElectromagneticInterferenceShielding and Wearable sensing 2025-06-19

With the rapid development of flexible electronic devices and high-density integrated circuits, electromagnetic radiation from electronic equipment has become a new environmental interference source following noise and water pollution, which can easily cause performance degradation or even functional failure of surrounding devices. To address electromagnetic pollution, it is crucial to develop electromagnetic interference (EMI) shielding materials that combine high shielding efficiency with flexibility.

Electrospinning Device for Nanofibers| Source Dependence of Polyacrylonitrile ElectrospunNanofibers on Piezoelectric Responset 2025-06-18

Aiming at this challenge, the team of Professor Wang Hongxia and Professor Lin Tong from Tiangong University, in collaboration with the team of Professor Chang Haibo from Henan University, published a research paper entitled "Source-Dependent Piezoelectricity of Electrospun Polyacrylonitrile Nanofibers: From Molecular Conformation to Energy Harvesting Performance" in 《Journal of Materials Chemistry A》. This work first establishes a full-chain structure-property relationship of PAN raw material source-molecular conformation-solid state structure-piezoelectric performance, providing a new strategy for the rational design of high-performance piezoelectric materials.

Academic News