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  "documentTitle": "QuantumScape (QS)",
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  "authorName": "Scorpion Capital",
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  "presentationDate": "2021-04-15 00:00:00",
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      "text": "Red flags around scaling and manufacturability render Quantumscape’s cells a pipe dream",
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      "text": "A former employee outlined the process of sintering – common to any type of ceramic material – and the super-human difficulties that arise at the impossibly thin levels required for a solid separator, especially at commercial scale over square miles of surface area.",
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      "text": "The super-human difficulties that arise in trying to make a thin separator: “But when you're doing something that's so thin over that big of a form factor, it makes an irregular shape, or it shrinks too much in certain areas. If there's a defect or debris, you can create a pinhole. Imagine if there's even a particle of dust that gets onto the surface. Trying to get the chemistry right to put into a furnace at that high of a temperature, and have it perfectly come together in order to make something that's super uniform, super-flat - imagine if the sample isn't 100% flat and you put it into a battery. If it's not flat, it's not going to interact with the cathode and anode in different places, and the pressure points are where you can definitely see a crack or a pinhole forming. Those pinholes will instantly short the battery.”",
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      "text": "The process of sintering explained: “Imagine a piece of paper that's ridiculously thin, and you need to heat it up into a ceramic. Any ceramicist will tell you that you need to sinter and solidify that in an oven. You're taking it to a couple of thousand degrees so that ceramic can harden, stiffen, and typically shrink.”",
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      "text": "“Imagine a piece of paper that's ridiculously thin, and you need to heat it up into a ceramic. Any ceramicist will tell you that you need to sinter and solidify that in an oven. You're taking it to a couple of thousand degrees so that ceramic can harden, stiffen, and typically shrink.” — Former employee; “But when you're doing something that's so thin over that big of a form factor, it makes an irregular shape, or it shrinks too much in certain areas. If there's a defect or debris, you can create a pinhole. Imagine if there's even a particle of dust that gets onto the surface. Trying to get the chemistry right to put into a furnace at that high of a temperature, and have it perfectly come together in order to make something that's super uniform, super-flat - imagine if the sample isn't 100% flat and you put it into a battery. If it's not flat, it's not going to interact with the cathode and anode in different places, and the pressure points are where you can definitely see a crack or a pinhole forming. Those pinholes will instantly short the battery.” — Former employee",
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      "text": "Source: Scorpion Capital consultation calls with experts",
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      "text": "Red flag 2: QS states their separator is made of a “magical” ceramic, but ceramic separators are highly problematic to manufacture, requiring a process called “sintering” at ~2400 ºF. Ex-employees: QS “having problems” even at coin-cell size; “very difficult problem”",
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