Bally Ribbon Mills’ Post

🌟 Enhanced Oil Resistance with Chitin Nanocrystals Our latest Oil Resistance Test video demonstrates the remarkable performance of Neptune Nanotechnologies Inc.'s #chitin #nanocrystals. With just 3.5% additive dip-coated onto molded fiber, the results speak for themselves: a significant improvement in oil resistance without compromising recyclability or sustainability. For industries relying on molded fiber packaging, this innovation offers a high-performance, biodegradable alternative to traditional chemical coatings. It’s just one of the ways we’re driving the future of sustainable packaging. 📩 Curious to learn more? Reach out or visit our website to explore how chitin nanocrystals can transform your products. https://lnkd.in/g4f5jDHD #Sustainability #Nanotechnology #MoldedFiber #OilResistance #PackagingInnovation

Ceramic membranes are making waves in the world of wastewater treatment. Let's delve into what they are and how they revolutionize the process: Unlike traditional polymeric membranes, ceramic membranes are crafted from inorganic materials like alumina, zirconia, or silicon carbide. This translates to exceptional durability. They can withstand high temperatures, harsh chemicals, and abrasive elements commonly found in wastewater, leading to a longer lifespan compared to their polymeric counterparts. Ceramic membranes boast incredibly fine pores, allowing them to remove a wider range of contaminants from wastewater. This includes bacteria, viruses, and even emerging micropollutants like pharmaceuticals and personal care products. This finer filtration contributes to cleaner, safer treated water. Wastewater can contain a variety of materials that can clog traditional membranes. Ceramic membranes, however, exhibit superior resistance to fouling. Their smooth surfaces and hydrophilic (water-attracting) properties minimize the accumulation of contaminants, ensuring a more consistent flow and less downtime for cleaning. #WastewaterTreatment #WaterTreatment #CeramicMembrane #MembraneTechnology #WaterIndustry #UKWaterIndustry

What is eco-friendly tin catalyst for polyurethane? Environmentally friendly polyurethane catalysts typically do not contain harmful heavy metal elements such as mercury, tin, and lead. However, special structured organotin can meet environmental requirements. Yourun company produces all kinds of special eco-friendly organotin catalysts, including Anti-hydrolysis Tin, Reactive Tin, Delayed Catalysis Tin, Thermal Active Tin, Low Voc Tin, etc. totally more than 20 models, meet the process requirements of various industries in polyurethane. https://buff.ly/3OwRM1b #Polyurethane #PolyurethaneAdditives #PolyurethaneCatalyst #ChemicalEngineering #PolymerScience #PolymerTechnology #IndustrialChemicals #PolyurethaneProducts

Carbon fiber yarn with good performance and high quality standards

Read about some of our newly published research here: "Improving Resilience of Mesoporous Fiber-Welded Cotton using Adipoyl Dichloride" https://lnkd.in/eiPPaZB9 "Fiber welded EDTA-modified cellulose for remediation of heavy metal ions" https://lnkd.in/eAkbbpQk "Accelerated Fabrication of Fiber-Welded Mesoporous Cotton Composites" https://lnkd.in/esNeqeVA

CIC series are impregnated cellulose carbon filter cartridges with multiple layers. The cartridges can ensure high filtration efficiency and long service life. The inner layer is non-woven fabric, which can prevent the carbon fine from leaking off.The impregnated cellulose media layer is the most important layer of this carbon filter cartridge, which consists of high quality activated carbon powder to provide high efficiency filtration and purification. The polyethylene outer netting is strong enough to ensure the integrity and firmness of the carbon filter cartridge.  #Carbon #Cellulose #Filter #Cartridges are mainly used in water treatment of household and industrial applications. It can block and filter particles and remove unpleasant taste and odors.  

Revolutionizing Industries with Reticulated Vitreous Carbon Foam Discover how Reticulated Vitreous Carbon Foam is setting new standards in advanced applications! From its unique properties to groundbreaking uses, this material is redefining possibilities in diverse industries. ✨ Key Highlights: Lightweight & robust structure Exceptional thermal & chemical resistance Ideal for filtration, catalysis, and more 🔗 Learn more: https://lnkd.in/gjznYhE8 🚀 Innovate with Nanochemazone – where materials meet precision! #CarbonFoam #AdvancedMaterials #Nanotechnology #IndustrialInnovation #Nanochemazone

We specialize in the supply of nano calcium carbonate, especially in the plastic industry to show excellent results! 🌟 Calcium carbonate nanoparticles - the secret weapon for plastic upgrading! Enhances rheological and molding properties, improves flexural strength, modulus of elasticity and thermal stability, and gives plastics better thermal hysteresis. 💪 At the same time, it shines in inks, showing excellent dispersion, transparency and gloss, helping ink absorption and drying, making resin inks more stable and shiny! ✨ #CalciumCarbonateNano #CalciumCarbonate #Plastic #Ink #MineralProducts

🔹 Enhancing Sludge Separation with Optimized Polymer Dispersion 🔹 To effectively separate sludge from water, polymers are introduced to improve the separation process. Achieving uniform polymer dispersion is essential—not only to maximize separation efficiency but also to minimize polymer usage. Different dispersion techniques show varying levels of effectiveness, especially with high molecular weight polymers. Since these polymers often have viscosities that differ significantly from sludge, achieving the right dispersion requires a higher mixing energy to ensure a thorough, even mix. The key is to reach this level without damaging the polymer or the resulting floc. As we continue to refine mixing techniques, we’re enabling more efficient, sustainable sludge separation for water treatment. Let’s keep innovating in the field! https://hubs.li/Q02XpCtv0 #WaterTreatment #SludgeSeparation #PolymerMixing #ProcessOptimization #SustainableSolutions #MixingTechnology #Innovation #EBARAHG

Put the pedal to the metal – it’s time to talk accelerators. 🏎️ 80% of all chemical reactions are accelerated with at least one catalyst, or rely on catalysts to happen at all. HPPO – where hydrogen peroxide and propene are reacted to produce propylene oxide – is an example of this, requiring a special catalyst for activation. 💪 Developed and produced by Evonik, this catalyst boasts high catalytic activity, selectivity and tensile strength. Customers can use the resulting propylene oxide to produce polyurethane foam – insulating houses, enhancing the comfort of mattresses and furniture, making cars lighter and more economical. 🏘️ Making HPPO an accelerator in more ways than one! [https://lnkd.in/eVQAtfwn] #EvonikCatalysts #LetsMakeaDifference #innovation #adsorbents #sustainability #Chemistry #Leadingbeyondchemistry #catalysisexperts #catalysts