Carbon Fiber Layer Boosts Battery Cell Performance

Hybrid resins are multifunctional materials composed of two or more composite materials (such as organic-inorganic, polymer-nano particle), integrating the properties of different components. https://lnkd.in/gechQJfV

Alhamdulillah! Our article “Synthetic Polymer Separators for Next-Generation Supercapacitors: Recent Progress and Future Direction” has been published online. 🔗 Welcome to read: https://lnkd.in/g_cPwcBC Supercapacitors are emerging as key energy storage devices due to their rapid charging/discharging capability, high power density, and excellent cycling stability. However, the separator, one of the most critical components, still faces major challenges such as low thermal resistance, high self-discharge, and limited mechanical strength. In this review, we explore the latest advancements in synthetic polymer-based separators, including materials, structural designs, and fabrication strategies. The work highlights how polymers like PVDF, PP, PAN, and PVA are being engineered to enhance ionic conductivity, thermal stability, and long-term performance of next-generation supercapacitors. By addressing these challenges, our study provides a roadmap toward high-performance, reliable, and cost-efficient energy storage solutions. Heartfelt thanks and congratulations to all authors for their invaluable contributions.

[Innovative Technology, Empowering High-End Manufacturing - A New Generation of High-Performance Fluorosilicone Elastomer Base] This revolutionary polymer material utilizes a special vinyl-terminated structure, combining the heat resistance of silicone rubber with the chemical stability of fluororubber. It maintains excellent elasticity in extreme environments ranging from -60°C to 200°C, boasts exceptional oil and solvent resistance, and boasts industry-leading insulation levels, perfectly meeting the stringent core material requirements of high-end applications such as new energy vehicles, photovoltaic energy storage, and medical devices. We offer a variety of customized molecular weight and vinyl content options. Its low volatility meets environmental standards, and its 25kg/carton packaging ensures convenient and safe transportation. #NewMaterial #NewEnergy #SmartManufacturing #DualCarbonGoals #IndustrialUpgrade

Redefining Efficiency in Polymer Filtration Introducing the ECON Continuous Screen Changer with Backflush Unit (ESK-B / ESK-4B) designed for uninterrupted production, extended screen life, and superior process stability. 🔹 ESK-B: ~50% effective screen area 🔹 ESK-4B: ~75% effective screen area Key Advantages: • Automatic backflush system for extended durability • High throughput with optimized melt channel flow design • Extremely low pressure build-up, protecting both material & screens • No dead spots for faster material transitions • Bayonet lock for maximum protection of piston guides • Screen replacement is possible during production 👉 Built for precision. Backed by German engineering. 👉 Tailored to meet the evolving demands of polymer processing. #ContinuousScreenChanger #PolymerProcessing #PlasticsEngineering #ExtrusionTechnology #HighPerformanceMachinery #GermanEngineering #IndustrialInnovation

How do you recover more solvent without risking polymerization? A major chemical manufacturer faced this challenge during styrene purification: losing both solvent and revenue due to heat sensitivity and fouling risks. By integrating a ROTOTHERM® thin-film evaporator, they increased solvent recovery to over 96%, reduced styrene carryover, and saved $300,000+ annually, all without a major system overhaul. Read the full case study to see how thin-film evaporation delivers consistent, measurable improvements: https://lnkd.in/eWBMD68V #CaseStudy #ArtisanIndustries #ROTOTHERM #Engineering #Plastics

Innovation is setting new standards in Flow Chemistry. Catalyst design is adapting to meet the demands of compact continuous systems that go beyond existing capabilities. Whether you're working with compact reactors or scaling up to meet demand, the right catalyst form (from particle size to precious metal support) can make all the difference: Here are some of the ways our Noblyst® F portfolio is improving flow applications and helping drive a more sustainable future: ⭐ Improving safety, quality and efficiency ⭐ Increasing yields ⭐ Reducing resource consumption Visit our website or get in touch for more. #Catalysts #ChemicalIndustry #EvonikCatalysts

🔬 Direct Fluorination at the Service of Materials At Sudfluor, we provide direct fluorination with difluorine (F₂), transforming the outer surface of materials without altering their intrinsic mechanical or optical properties. ✨ Key benefits include: - Hydrophobic & lipophobic surfaces: repel water and oils - Barrier effect: impermeability to gases, solvents, hydrocarbons, acids, and -- bases - Enhanced tribology: reduced friction coefficient, improved lubrication - Increased resistance: anti-scratch, anti-adhesion, antibacterial properties - Optical performance: reduced surface reflections thanks to lower refractive index 🛠️ This technology applies to a wide range of substrates: plastics, composites, metals, ceramics, wood, fabrics, resins, liquids… and addresses industrial challenges in sectors such as : - barrier packaging, - medical devices, - precision optics, - composite materials, - polymer membranes, - high-performance coatings. - Others Our team supports industrial partners from feasibility studies to full-scale production, including trials, analysis, and process optimization. 👉 With Sudfluor, every surface can unlock new properties. 🔗 Learn more: https://lnkd.in/dy2NZJ45 #Innovation #Chemistry #Fluorination #Materials #HighTech

Compact system, big impact. The DULCODOS ULFb features a new tank design enabling efficient polymer processing at 500–2000 l/h. ✔ Cost-optimised operation ✔ Advanced level and flow measurement components ✔ Standard, premium and customised versions 👉 Explore all the details here! https://lnkd.in/gRkNA-i3

COATING MATTERS The coating is the most critical safety feature of a modern lithium-ion battery separator, and the key to performance and longevity. At Microporous, we built our separators on a foundation of coating innovation. To ensure stability and protection, our separators offer high-performance ceramic layers, utilizing either boehmite or alumina, as well as advanced polymers, such as PVDF or PMMA. The result? Safer batteries, greater efficiency, and higher performance. #Microporous #SeparatorSolutions #BatterySeparators #BatterySafety

The Plate: The True Heart of a Lead-Acid Battery We're used to thinking of batteries as simple black boxes that give us power. But have you ever wondered what truly makes them efficient and reliable? The answer lies in their core component: the plate. In a lead-acid battery, the plate isn't just a part; it's the key element that dictates performance, lifespan, and resilience. The quality of the plate and its lead oxide composition aren't minor details—they're the foundation for an excellent product. Why is the plate so fundamental? * Reaction Surface: A well-designed plate maximizes the area for the electrochemical reaction, ensuring a greater capacity to store and release energy. * Corrosion Resistance: Advanced alloys and high-quality manufacturing processes protect the plate from wear, significantly extending the battery's life. * Low Internal Resistance: Less resistance means more efficiency, less heat, and a faster, safer charge/discharge cycle. In a world where the demand for reliable power is constantly growing, quality isn't an option. It's the standard on which we build the future. If you work in the industry or are simply passionate about technology, join the conversation: what do you think sets a high-quality battery apart from the rest? #Batteries #Technology #LeadAcid #EnergyEfficiency #Quality #Innovation