Electrospinning Machine Resources

Electrospinning Machine| Hierarchical infrared spectral engineered super fabric for mitigating urban heat island 2025-08-05

With accelerated global urbanization, urban heat island (UHI) effects and global warming pose severe challenges to public health and energy consumption. Urban construction materials (e.g., bricks, concrete, glass) exacerbate heat accumulation due to low specific heat capacity and poor solar reflectivity, increasing risks of heat-related illnesses and surging air-conditioning energy use. Thus, developing low-carbon, efficient, and sustainable cooling technologies is critical.

Electrospinning Machine| Bioinspired photothermal zwitterionic fibrous membrane forhigh-efficiency solardesalination and electricity generation 2025-08-04

Solar-driven desalination technology holds promise for addressing global freshwater shortages. However, salt accumulation remains a major challenge, especially for 2D membrane materials.

Electrospinning Machine| Constructing electrospun3Dliquid metaladhesion channel on stretchable yarns for broad-range strain- insensitivity smarttextiles 2025-08-04

Conductive fibers are crucial for smart textiles and wearable electronics, but achieving excellent elastic performance is challenging due to mismatches between substrates and conductive materials.

Electrospinning Machine| The synergistic mechanism of an FeS2/ACFs selfstanding membrane in highly efficient electro-Fenton anitibiotic degradation: carbon nanodefects and free radical analysis 2025-08-02

Antibiotics exhibit stubborn resistance to degradation in traditional wastewater treatment processes. To address this issue, advanced oxidation processes (AOPs) have garnered attention due to their strong oxidation capacity, environmental friendliness, and ability to completely mineralize antibiotics. Among them, the Electro-Fenton advanced oxidation technology generates highly oxidative hydroxyl radicals through the electrochemical reaction of iron-based catalysts with hydrogen peroxide, demonstrating significant degradation efficacy.

Electrospinning Machine| Electrospun Lignin/ZnO Nanofibrous Membranes for Self-Powered Ultrasensitive Flexible Airflow Sensor and Wearable Device 2025-08-01

Airflow sensors hold significant application value in environmental monitoring, biomedicine, aerospace, motion sensing systems, and wearable devices. Traditional airflow sensors primarily rely on mechanical deformation under piezoresistive, capacitive, optical, or magnetic effects, or utilize thermal exchange between heating elements and airflow to output signals via resistance changes. However, conventional sensors often suffer from rigid structures, bulky size, and dependence on external power, limiting their development in flexible, portable, and self-powered sensing. Notably, flexible sensors enhance fit and comfort, enabling stable, continuous signal monitoring, making them ideal for wearables. Thus, developing flexible airflow sensors with self-powering capabilities is crucial to expand applications and improve performance.

Electrospinning Machine| Janus Electrospun Membranes 2025-07-31

Have you ever imagined a membrane that simultaneously possesses dual properties like superhydrophobicity/superhydrophilicity or conductivity/insulation? Or clothing that can provide both warmth and cooling? In the fascinating world of materials science, Janus electrospun membranes (JEM) are revolutionizing our understanding of traditional fabrics with their "two-faced" properties. This innovative material, combining electrospinning technology with Janus asymmetric design, is driving a technological revolution in functional clothing, clean energy, and smart sensing.

Electrospinning Machine| Multipurpose Smart Textile with Integration of Efficient Energy Harvesting, All-Season Switchable Thermal Management and Self-Powered Sensing 2025-07-30

Electrospinning machine, nanofiber production machine, electrospinning machine for membrane production, and electrospinning machine for nanofiber support the development of smart textiles like PTMT - TENG. This device integrates adaptive thermal regulation and high triboelectric output, enabling heating/cooling and efficient energy harvesting, with great potential in wearable electronics.

Electrospinning Machine| Topologically Entangled Network Polymer Electrolyte with lonophilic-Protonation Dual Side Chains for High-Voltage Lithium-Metal Batteries 2025-07-30

"Novel electrospun PVDF-HFP@PVDF polymer electrolyte enables stable high-voltage solid-state Li batteries. Ideal for nanofiber production machines and membrane fabrication via electrospinning technology."

Electrospinning Machine| Sword and Board in One: A Bioinspired Nanocomposite Membrane for Guided Bone Regeneration 2025-07-30

Novel biomimetic Janus membrane for guided bone regeneration (GBR), combining osteogenic & antibacterial properties. Ideal for electrospinning machine applications in nanofiber production and membrane fabrication.

Electrospinning Machine| A Review of Hydrogel Fiber: Design, Synthesis,Applications,and Futures 2025-07-30

Explore hydrogel fibers' structural design, fabrication techniques (electrospinning, 3D printing), and applications in biomedical, energy, and environmental fields

Electrospinning Machine| Stretchable one-dimensional flexible capacitive sensor with high stability and large strain for human vital signal monitoring prepared by water-bath electrospinning technology 2025-07-29

With the increasing global aging trend and rising public demand for chronic disease early warning and real-time health monitoring, the importance of flexible wearable sensors in the healthcare field has become increasingly prominent. Compared to rigid electronic devices, textile-based flexible capacitive sensors offer excellent conformability, breathability, and integrability, enabling long-term, non-invasive continuous monitoring. However, most current capacitive sensors adopt three-dimensional sandwich structures or two-dimensional fabric architectures, whose bulky size and structural rigidity limit their adaptability to complex body parts. Additionally, pressure-sensing principles struggle to accurately capture the variable tensile signal characteristics of the human body. Therefore, there is an urgent need to develop a one-dimensional flexible capacitive sensor with a simple structure, high sensitivity, and broad strain adaptability to advance its practical application in precise h

Electrospinning Machine| Novel stable and biocompatible poly L-lactide/β-glycine films for in vivo bone repairing by using nanogenerator with high piezoelectricity 2025-07-28

With the development of wearable devices and implantable medical technologies, piezoelectric materials are increasingly used in vivo, such as monitoring physiological signals, powering implanted devices, and promoting tissue regeneration. Clinical requirements demand that such piezoelectric biomaterials possess high piezoelectricity, flexibility, biocompatibility, and degradability. Compared to traditional inorganic piezoelectric materials (e.g., piezoelectric ceramics) and some piezoelectric polymers (e.g., polyvinylidene fluoride—PVDF), piezoelectric biomaterials exhibit better biocompatibility and can fully degrade in vivo.

Resources