Resources

Lab Electrospinning System| Constructing multilevel nanostructures fiber composites for NIR/UV/X-raymultiband electromagnetic protection 2025-06-06

With the rapid development of science and technology, electromagnetic interference has drawn widespread attention in critical fields such as medical care, high-end electronic devices, and aerospace. Electromagnetic waves (EMW) may interfere with human health, precision instruments, and communication systems. Such interference can manifest as either single-band or complex multi-band radiation environments. However, most existing shielding materials are designed for specific frequency bands, making them inadequate for multi-band electromagnetic protection. The development of efficient multi-band electromagnetic protection materials that combine lightweight and flexible properties has become a significant challenge in materials science.

Large-Scale Nanofiber Manufacturing| Influence of debranched maize starch onpullulan/gelatin nanofibers loaded withdebranched starch-tannin complexes 2025-06-06

Grape seeds (Grape Seed), a byproduct of winemaking, are rich in tannins (Tannin), which are structurally diverse natural polyphenols with significant antioxidant and antimicrobial properties. However, their practical application often faces challenges such as activity degradation caused by light, heat, and humidity. Effectively protecting and releasing their active components has become crucial. In the food industry, efficiently utilizing food processing byproducts to enhance their added value is both challenging and meaningful.

Electrospinning Device for Nanofibers| Meter-Scale Wearable Multifunctional Core-Shell NanofiberTextiles for Ultra-Broadband Electromagnetic InterferenceShielding and Infrared Stealth 2025-06-06

With the rapid development of wireless communication and infrared detection technologies, there is growing demand for large-scale, high-performance wearable textiles with electromagnetic interference (EMI) shielding and infrared stealth capabilities.

Electrospinning Machine| Enabling Targeted Zinc Growth via Interface RegulationToward Binder Free and High Areal Capacity Zinc Metal Anode 2025-06-06

Aqueous zinc-ion batteries (AZIBs) have attracted extensive research due to their low redox potential, abundant nature, and wide availability. However, their commercialization is severely hindered by negative side reactions, catastrophic dendrite growth, and non-uniform Zn2+ diffusion.

Electrospinning Machine| Enabling Targeted Zinc Growth via Interface RegulationToward Binder Free and High Areal Capacity Zinc Metal Anode 2025-06-06

Electrospinning Equipment for Research| Electrospinning and Nanofiber Technology: Fundamentals,Innovations, and Applications 2025-06-06

Electrospinning has emerged as a transformative technology for manufacturing nanofibers (NFs) with precise control over their morphology, composition, and functionality. This versatile process enables production of nanoscale-to-microscale fibers with tailored properties, integrating diverse materials and structures for advanced research and industrial applications.

High-Throughput Electrospinning System| Nanofibrous Guidance Conduits with Multiple Gradient Cuesfor Spinal Cord Repair 2025-06-06

Spinal cord injury (SCI) is a debilitating condition that causes severe disability and imposes significant economic and social burdens. Current treatment strategies primarily focus on symptom management with limited success in promoting complete neurological recovery.

Electrospinning Device for Nanofibers| Low Dielectric and High Thermal Conductive Phononic CrystalNanofiber MetamaterialFilm 2025-06-06

The rapid development of 3D heterogeneous integration technology imposes stringent requirements on the thermal conductivity of low-dielectric materials. However, common low-dielectric materials typically exhibit low thermal conductivity, hindering simultaneous optimization of signal transmission and heat dissipation in integrated systems.

Nanofiber Production Equipment| Efficient detection of triethylamine byInzOз@C0304 core-shell nanofiberssynthesized by coaxial electrospinning 2025-06-06

Volatile organic compounds like triethylamine (TEA) are widely used in organic chemical synthesis industries as pesticides, textiles, preservatives, and catalysts. However, TEA exposure can affect human health, causing eye, skin, and respiratory irritation, with long-term exposure potentially increasing risks of liver and lung cancer. Additionally, TEA is a natural substance released during the decomposition of fish and shellfish, serving as an indicator of seafood freshness. Therefore, rapid and effective TEA gas detection is crucial for ensuring industrial safety and human health

Nanofiber Production Equipment| Lithium recovery from seawaterdesalination brines using ion-sieveelectrospun nanofibrous membranes: therole of nanofiber design 2025-06-06

With the surging demand for lithium resources from electric vehicles, grid energy storage systems, and portable electronics, conventional lithium extraction methods are increasingly facing bottlenecks in both production capacity and environmental sustainability. Meanwhile, global desalination plants discharge approximately 150 million cubic meters of brine daily, containing lithium concentrations about twice that of seawater (0.34 ppm). However, efficient lithium separation and recovery have remained challenging due to interference from competing ions such as sodium, magnesium, calcium, and potassium.

Electrospinning Machine| Rare-earth ions (Pr3+, Dy3+,y3+,Er3+, Lu3+) modified MoOsquasi-core-shell nanorods for triethylamine monitor and fish decayedlevel assessment 2025-06-05

Triethylamine (TEA) is a toxic organic gas commonly found in spoiled or decaying seafood, posing significant risks to human health and the environment. Prolonged exposure to TEA may cause damage to respiratory mucosa and lead to various diseases, including pulmonary edema. Additionally, detecting trace amounts of TEA can serve as an indicator of seafood freshness.Currently, conventional TEA detection methods primarily rely on instruments such as gas chromatography-mass spectrometry (GC-MS) and high-performance liquid chromatography (HPLC). However, their practical applications are often limited by large size, poor portability, long detection cycles, and high costs. In contrast, gas sensors have emerged as a promising alternative due to their compact size, rapid response, and cost-effectiveness.Given these advantages, the development of high-performance gas sensors with enhanced TEA sensitivity holds substantial value.

Industrial Electrospinning Machine| Unilateral Surface-Crystal-Engineering lnduced Dual-BionicJanus Multifunctional Wound Dressing for Infected BurnWound Healing 2025-06-05

Infected burns have long been a major global health challenge, leading to significant morbidity and mortality. The clinical management of such wounds faces multiple difficulties, including excessive exudate, persistent inflammatory responses, and challenges in promoting effective tissue regeneration. Traditional wound dressings often fail to meet these demands, necessitating the development of innovative solutions that integrate multiple therapeutic functions. In recent years, researchers have increasingly drawn inspiration from nature, exploring biomimetic designs to address complex medical problems.