Resources

Electrospining Machine: Liquid metals and electrospun nanofibres: a magical combination for wearable electronics 2024-11-13

Electrospining Machine: Electrospun nanofiber scaffolds for bone tissue engineering applications 2024-11-13

Electrospining Machine: Electrostatically spun nanofibre membranes meet antimicrobial nanomaterials, from preparation strategies to biomedical applications 2024-11-12

Nanofiber Garment Film for electrospinning applications 2024-10-19

The traditional stretching film and moisture permeable film are replaced by nano-fiber membrane upgrading. Promote functional textile industry fiber diameter from micron to nanometer era.

Nanofiber solid electrolyte membrane 2024-10-15

In recent years, with the rapid development of new energy vehicle technology, all-solid-state batteries have attracted more and more attention as the next generation of power battery technology.

EHD electrofluid spray blue film 2024-10-09

With the gradual application of CTP and CTC batteries, the new energy automobile industry is also gradually developing in the direction of faster charging speed, lighter power batteries and high voltage. According to the data, it is expected that by the end of 2026, the market ownership of high-voltage fast charging models in China will reach more than 13 million. Continuous innovation in structure and materials has resulted in higher demand for battery packaging and insulation materials.

Automated Electrospinning Equipment| Robust porous PAN-MIL-101(Fe) nanofiber composite membranes forhighly selective phosphate removal and recovery from water' 2025-07-03

In recent decades, rapid urbanization, industrialization and agricultural activities have exacerbated water pollution, with eutrophication being a major cause. Eutrophication, triggered by excessive discharge of phosphorus-containing wastewater, can lead to sharp declines in dissolved oxygen, threatening aquatic life. Therefore, strict control of phosphorus emissions and efficient removal of phosphorus from water bodies are crucial.

Lab Electrospinning System| Three-dimensional flame-retardant quasi-solid composite electrolyte with a fiberstructure formed using the coaxialelectrospinning to suppress lithiumdendrite growth 2025-07-03

In the current era of rapid development in new energy technologies, lithium-ion batteries play a pivotal role as the core power source in electric vehicles, electronic devices, and many other fields. The improvement of their safety and performance remains a key focus for both academia and industry.

Electrospinning Equipment for Research| Photoacoustic synchronization system basedon anisotropic nanofibers 2025-07-02

With the rapid development of nanogenerator technology, self-powered systems based on triboelectric nanogenerators (TENGs) have gradually become a research hotspot in the fields of energy harvesting and smart sensing. TENGs can capture mechanical energy and convert it into electricity, providing power for various portable devices and sensors, showing great potential especially in low-power applications such as the Internet of Things (IoT).

Electrospinning Device for Nanofibers| Tailored Multi-Band Microwave Absorption Performance viaEntropy Engineering in Spinel Ferrite/Carbon NanofiberComposites 2025-07-02

As an effective means to address electromagnetic radiation pollution, electromagnetic protection materials, especially electromagnetic wave absorbing materials, have long attracted significant attention.

Electrospinning Device for Nanofibers| Effective PFAS removal from water using vinyltrimethoxysilane-modifiedpolyethyleneimine-aramid-banana nanocellulose aerogels 2025-07-01

A research team led by Professors Meiling Zhang and Tong Lin from the School of Textile Science and Engineering at Tiangong University has developed a surface-modified banana stem nanocellulose-based aerogel adsorption material that can efficiently remove per- and polyfluoroalkyl substances (PFAS) from water. The material constructs a high-specific-surface-area biomimetic hierarchical porous structure by combining polyethyleneimine (PEI), aramid fibers, and hydrophobic modification with vinyltrimethoxysilane (VTMS).

Electrospinning Device for Nanofibers| Thermotropic liquid crystal-driven interfacial fusion of high-aspect-ratiopolyarylate nanofibers for ultrastable honeycomb withclosed-loop recyclability 2025-07-01

Aramid honeycomb materials, as a typical biomimetic structure, consist of periodically arranged hexagonal units, exhibiting excellent mechanical stability, load dispersion capability, and lightweight advantages. These properties make them widely applicable in critical fields such as aerospace, military, and rail transportation.