Electrospinning Machine Resources

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.

Electrospinning Equipment for Research| Framework Integration for Adaptive Interfaces in FlexibleSolid-state Lithium-0xygen Batteries 2025-06-18

Lithium-oxygen (Li-O₂) batteries, with their ultrahigh theoretical energy density of 3500 Wh/kg, are recognized as a leading candidate for next-generation high-energy-density storage technologies. However, conventional Li-O₂ batteries employing organic liquid electrolytes suffer from inherent drawbacks including flammability, volatility, and poor chemical stability, which severely limit their safety and long-term performance.Solid polymer electrolytes (SPEs) offer potential advantages in enhancing safety and interface compatibility, partially addressing these issues. Nevertheless, SPEs commonly face challenges such as poor electrode contact and high interfacial impedance, resulting in constrained electrochemical performance. Therefore, constructing stable and efficient electrode-electrolyte interfaces has become a critical scientific challenge and engineering bottleneck for improving solid-state Li-O₂ battery performance.

Electrospinning Equipment for Research| Chia seed polysaccharide modifiednanofiber-based hydrogel with hightransmittance and high haze formultifunctional light management 2025-06-17

With the rapid development of smart lighting, green buildings, and flexible displays, high-intensity light sources have caused severe light pollution. Light management films with high transmittance, high haze, and high stretchability can modify transmitted light paths while maintaining total luminous flux, providing superior comfort.

Automated Electrospinning Equipment| Active optical waveguides and metal ion sensors based on nanofiberswith aggregation induced emission 2025-06-17

Introduction:Still going to laboratories for water quality testing? In the future, a "nanofiber patch" will enable real-time monitoring of heavy metal pollution! The research group of Yang Xianguang from Li Baojun's team at Jinan University has published groundbreaking results in *Nano Research*, pioneering a nanofiber material based on aggregation-induced emission (AIE) that can both transmit optical signals and accurately capture silver ions, with a detection sensitivity reaching 10 nM (equivalent to one trillionth of the concentration in a drop of wastewater)! How does this "cutting-edge technology" revolutionize traditional sensing techniques? *Yi Si Bang* takes you to explore!

Electrospinning Device for Nanofibers| Lightweight and Mechanically Robust Ambient-ElectrospunNanofibrous Sponges Combined with Solar-Driven Active Heatingand Low-Temperature Superinsulation 2025-06-16

Prolonged exposure to cold environments can cause varying degrees of damage to human cardiovascular and immune systems, even endangering life. Natural thermal insulation materials like cotton and down face issues of moisture absorption and insect susceptibility, while synthetic fiber materials, though moisture- and insect-resistant, have micron-scale fiber diameters that limit further improvement in thermal performance. Nanofibrous sponge materials with high porosity and low bulk density have emerged as promising new thermal insulation materials. However, developing lightweight, highly elastic nanofibrous sponges combining efficient cold insulation and active heating functions remains challenging due to poor mechanical stability and passive thermal management approaches.

Large-Scale Nanofiber Manufacturing| Constructing magnetic carbon nanofibercomposites with magnetic-electricsynergistic loss effects for efficientmicrowave absorption 2025-06-16

Developing high-performance electromagnetic wave absorbing materials is urgently needed to address current electromagnetic interference and pollution, but simultaneously achieving strong absorption and broad microwave absorption bandwidth remains challenging.

Large-Scale Nanofiber Manufacturing| Beam-column structure inspired cellulose.nanofiber-based composite aerogel forefficient solar desalination and wastewaterpurification 2025-06-16

Cellulose-based biomass aerogels with high porosity, low density, and abundant porous networks have attracted attention as solar-driven clean water supply materials. However, developing efficient and stable cellulose nanofiber aerogel evaporators remains challenging due to weak light absorption and poor mechanical properties.

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