Tin: Critical Uses in Tech Development ⚡ #Tin is continuing to drive some of the most advanced technological developments: 🔬 The Chip Maker: Extreme Ultraviolet (EUV) lithography relies on blasted molten tin droplets to generate the light needed to pattern advanced super-chips. 🔋 Future Energy: Tin-Carbon (Sn-C) anodes in Li-ion batteries offer a significantly higher theoretical capacity (~993 mAh/g) than standard graphite, unlocking longer EV ranges. ⚛️ Mega Physics: Niobium-Tin (Nb3Sn) is the critical superconductor enabling massive high-field magnets in fusion reactors like ITER and next-gen MRI machines. Click to view this MiningVisual graphic: miningvisuals.com/post/the-t… $ELO $ELRRF

Screeners will tell you $ADO.AX is a momentum trap with a terrifying 147x trailing P/S multiple and an 85% revenue plunge. They are reading the wrong narrative. That headline drop was a single-customer timing delay, completely masking a fully funded, zero-debt pivot into high-silicon battery anodes and US defense drone tech. While algorithms look backward at legacy R&D, the actual commercial inflection point is unfolding right now. 🔋 #Microcap #BatteryTech auth.flash.stocksentinel.ai/…

It’s Morph—and I’m declaring it Anode Week. ⚡ Magnesium, zinc, aluminum, impressed current - Farwest has the anodes you need in stock and ready to ship. Call us and let’s get your project moving. #FarwestCorrosion #Anodes #CathodicProtection

5/7 Battery & EV Goldrush The most aggressive structural pivot across the sector is the literal goldrush into Battery Energy Storage Systems (BESS) and EV materials. Gujarat Fluorochemicals is deploying INR 6,000 crore capex by FY28 to build a comprehensive battery materials portfolio, expanding into LiPF6, LFP, and even natural graphite anodes. Concurrently, Neogen Chemicals is partnering with Japan's Morita to build India’s first non-FEOC compliant electrolyte salt platform, heavily capitalizing on Western desires to bypass Chinese supply chains entirely.

Yes, correct. In fact, I have written about this as well and explained how companies like #Himadri, #GFL, #Neogen, #PCBL are connected. The goal is not just to know what these companies do today, its what they are trying to become. - What is each company actually trying to become? - Who is closest to turning cathode, anode, or electrolyte ambitions into a real business? - If LFP and anode become India's dominant chemistry, who captures the most value? - What is the single biggest bottleneck for each company? - Five years from now, who is most likely to matter in cathodes and anodes? Once you start applying these questions to each company, the next step is to find the trigger. You have to understand the timeline and the cycle. - What is the market waiting to see? - What event can prove or disprove the story? - And when can that realistically happen? That is where things start becoming much clearer. You can then start looking at where each company sits in the commercialization journey, what the critical path of the ecosystem looks like, where the biggest bottlenecks are today, what events can change the sector narrative, how the ecosystem moves from FY27 to FY30, what success, delay, and failure look like and what signals to watch over the next two years. Most people stop at the company, but the opportunity usually appears when you connect the company, the trigger, the bottleneck and the timeline together. You will find all of this in the PDFs. Happy learning. drive.google.com/file/d/1Yef…

Just change your sacrificial anodes every 5 years and they will last indefinitely.

Tunnel-Framework Interphase Driving Rapid Zn2 Diffusion for Long-Life Zn Metal Anodes advanced.onlinelibrary.wiley…

A Lignin-Targeted Pre-Oxidation Strategy for Mitigating Closed Pore Collapse Toward High-Stability Wood-Based Hard Carbon Anodes for Na-Ion Batteries advanced.onlinelibrary.wiley…

Franklin and the kite dates? Anodes and cathodes.... where are all the graves from history??... look at the red brick under a microscope. I've been ther years ago. Something about to hit the news. Get back to ye. Flags look electrified...... all about energy and who profits.

I had severe bimetal corrosion problems with my 1999 Meeury Bravo 3 outdrive. We replaced the sacrificial anodes every boating season but had to add electricity-powered Mercathodes to keep corrosion in check. I'd like to get a similar active cathode for my house water heater

Not in this case. Modern water tanks have less sacrificial anodes and thinner walls. Not everything is survivorship bias. Some items are legitimately downgraded so that they don't last as long, to maximize corporate profit. A good video about this. youtu.be/r3CaHcV6Pu8

Volvo anodes are the funniest thing. They get sad when they are worn.

Porous Silicon Anodes Derived from Molten Salt Dealloying of CaSi2 for Lithium‐Ion Batteries onlinelibrary.wiley.com/doi/…

I used to change the anodes in them But in reality, now I get a 10 year warranty and they ALWAYS get a terrible rust hole in them within 7-9 years. It's better to let em rust out and use the warranty to get a new one.

Leys go way back and we'll fill in the blanks another time. Relates to farming, pyramids anodes and cathodes, earthing and a lot more. Figuring it out for years myself and the veils being lifted. That's why the war on the west. Acquisition of Knowledge.Thievery for profit.

I did have it flushed yearly, but not sure if the maintenance contract included the anodes.

In the Midwest calcium deposits are the biggest problem. I've come up with lots of tricks to clean them out. The older tanks used to even have a hand hole to clean them out. S shaped elements are the best. Aluminum Zinc anodes last. My Ridgid impact wrench hasn't let me down.

I replaced an old gas fired water heater a few years ago because it started to leak, they get rusty, even if you watch for wear on the anodes.