Henniker Plasma’s Post

Last week we presented the study results of the WIPANO-funded project "NoRu” which was a collaboration of the Universität Duisburg-Essen (UDE-IVG, UDE-LET), the Center for Fuel Cell Technology / Zentrum für BrennstoffzellenTechnik (ZBT) and LUM GmbH. According to the study-based paper “Characterization of battery pastes and electrodes produced therewith for use in lithium-ion batteries.”, the strength of the electrode coatings was determined using the LUMiFrac®. Sample preparations involved cutting electrodes into 20x20 mm sections, stiffening them with steel plates, and applying a protective film. Test stamps were glued onto the coated side with adhesive tape. After a preparative run, fracture forces were measured with a force of 100 N. Fracture behavior involved cohesive failure within the layers and adhesive failure between the tape and layer surface, with occasional adhesive fractures between the coating and copper substrate. Results indicate that a greater layer thickness leads to lower bond strengths.   Next week we will continue with the NoRu results generated with the LUMiSizer®.   Read the article for free: https://bit.ly/46Ry5se   #LUM #LUMGmbH #BatteryTechnology #Research #LithiumIonBatteries #Sustainability #Innovation #LUMiFrac #Electrode #Coating #BondStrength #LayerThickness #Adhesive #Fracture

Learn new strategies for processing nanocellulose suspensions as a barrier coating on paper-based substrates with this Nano Division Webinar Roll-to-Roll Processing of Nanocellulose into Barrier Coatings with Martti Toivakka, Åbo Akademi University https://bit.ly/3M7Q4lS

You probably already heard about Prepreg, isn’t it? Do you know how Coating Plasma Innovation atmospheric plasma treatment is lifting Prepreg to next Level? The adventure started in 2016, when we decided to build up our own roll-to-roll web PE-CVD plasma equipment and then it took 3 years to build it. Since, we are developing new recipes to achieve specific Film surface treatments to answer applications requirements, from changing surface tension, grafting, to nano-coating in 2Meters wide width. For the Prepreg market, we developed a specific release treatment that can be applied on both sides of the PET Film. Benefits are the following: -         Calibrated release (we can adjust release force to fit in your manufacturing process) -         2 release sides could have 2 different release force. -         C0 -> Fluor Free Solution -         Re-usable up to 10 times (Covalent bonding offer a very good subsequent adhesion) -         Very low contamination (Thin thickness of our nano-coating achieved lowest extractables for a release) -         Recyclable (Nano-coating is 0.01% on 23µm PET in Weight, also Mechanical properties after recycling process remain as a standard PET film) -         Our release stand to high temperature up to 200°C -         We can set a release a Mats films surfaces without changing roughness after our process. You want to know more about our toll converting or machine manufacturing capability? Come to see us at JEC Show in Paris from 5-7th of March in the French Pavilion (Polymeris/Techtera) Hall 5 – E98 See you soon !!! @CPI @plasma @prepreg @composite

Recently there has been a shift in focus towards #quantum system packaging to enable academic experiments to become "in-field" prototype systems. In many cases, the often bulky and heavy #VacuumSystems still remain as one of the fundamental limitations of system portability. Our #QuantumGlassCells allow for optical access from all sides. The large faces offer excellent #parallelism. Although the cells are #lightweight, they are incredibly #robust and are designed to operate at Ultra-high vacuum (#UHV) pressures. UHV is characterised by pressures from 10^(-9) to 10^(-12) mbar. UHV is necessary for efficient #cooling, #trapping and #manipulation of atoms. We can manufacture quantum glass cells from: #Pyrex, and Alkali #Borosilicate 7056 Glass. Custom anti-reflective coatings can be applied on the outside faces of the cells. The cells are manufactured employing #OpticalContacting techniques and are free from any frits and epoxies. This cell is 30mm x 30mm x 100mm and has been coated with our VAR anti-reflective coating. Custom requirements are welcome. Please email us at sales@torrscientific.co.uk if you’d like any further information. #VacuumTechnology #Viewport #VacuumScience #VacuumChamber #UltraHighVacuum #UHV #Xray #GlassToMetal #Quantum #Science #Technology #RD #Research #Development #Innovation #UKManufacturing #Design #Inspiration #BritishManufacturing #AtomCooling #AtomTrapping #AtomManipulation

Our world is changing, driven by fast, efficient, and massive computing resources. The mega-monolithic silicon chip is being replaced by 3D heterogeneous integration of chiplets on an organic build-up substrate platform. This is an important time for the U.S. electronics industry to regain market share and position itself for future growth. Today, the volume production of printed circuit boards (PCBs), build-up substrates or semiconductors is in Asia. In recent years, we have seen many examples of onshoring to bring PCB production back, as well as government-initiated programs (e.g., ChipsAct) to stimulate national semiconductor programs and attract investment to the United States. Now is the time to focus on build-up substrates because the story is only half cooked if the key component, the chip carrier, is not made in the US. Don’t miss this event! You can register here: https://ieee-buss.org/

Interfacial stability is a crucial factor in attaining long-term cycling stability for sulfide-based all-solid-state batteries. During interfacial engineering processes, such as coating, the introduction of lithium impurities, such as carbonates, becomes inevitable. Here, we employed the novel nanoparticle coating strategy, where HfO2 nanoparticles served both as the final coating material and as a precursor for an in-situ reaction with residual lithium, resulting in the formation of a Li2HfO3/HfO2 hybrid coating layer. For more details, please explore the research paper worked by Ruizhuo Zhang and colleagues below: #solidstatebatteries https://lnkd.in/epWgG_bs

Understanding Pressure-Sensitive Adhesives (PSAs) In our latest article, we dissect the mechanisms behind pressure-sensitive adhesives PSAs' remarkable bonding capabilities, shedding light on their crucial role in diverse industries. Read the article: https://avydn.co/3VTyfg7 At the heart of PSAs' effectiveness is van der Waals forces, which are subtle yet powerful interactions between the adhesive and the substrate. By unraveling the nuances of these forces, we unlock the key to tailoring PSAs for optimal performance in various applications. Moreover, we explore the macroscopic factors influencing adhesion, from viscoelasticity to substrate surface energy. Understanding how these properties shape interface contact empowers us to engineer PSAs that excel even under challenging conditions. Join us on a journey through the intricate world of PSAs, where molecular dynamics meet real-world applications. #Innovatewith AD #AdhesiveScience hashtag #Materials Engineering #Innovation

🔬✨ Advanced Low-Cost TEM Plasma Cleaners/Plasma Ashers! Designed for precision and efficiency, our low-cost TEM sample holders plasma cleaners/plasma ashers are tailored to streamline your cleaning process with unmatched reliability. Here's why they're the optimal choice: 🌟 Advanced Design: Fully automated with standard adapters compatible across major microscope manufacturers, ensuring seamless integration into your workflow. 🔧 Variable Power Control: Precisely adjust plasma output power from 0-100W for gentle and controllable cleaning, reducing common TEM errors and enhancing measurement stability. 📈 Enhanced Performance: Introducing a new feature - our optional vacuum storage manifold accommodates up to five holders with individual sealing plugs for optimal storage conditions, prolonging TEM sample holder lifespan. 🔍 Versatile Applications: Ideal for low-pressure plasma cleaning of TEM samples, including multiple TEM grids, SEM stubs, and re-entrant style sample holders. Dual gas inlets (O2/Ar and others) provide flexibility for diverse cleaning needs. Discover how our TEM plasma cleaners/plasma ashers can elevate your electron microscopy processes today. Contact us to learn more about our models and explore the future of precise sample preparation! #TEM #ElectronMicroscopy #PlasmaCleaning #SamplePreparation #Microscopy #ScientificResearch #Innovation #MaterialsScience

Are you going to #NPE2024 in Orlando next week? Then come see us at our booth where Silvia Soranz will be, and discover how Anton Paar can help you and your business ! #antonpaar #technology #innovation #researchanddevelopment #qualitycontrol