『Apparently invisible. Chemistry in ceramics.』のカバーアート

Apparently invisible. Chemistry in ceramics.

Apparently invisible. Chemistry in ceramics.

著者： Zschimmer & Schwarz Ceramco
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 Aware of how complex the problems related to the world of chemistry applied to ceramic production processes can be, we want to share our knowledge with those who want to orient themselves or train for passion or profession.
Through a simple and direct language, the podcast aims to be an educational space with a focus on products, applications and processes.
The journey unfolds along the ceramic production lines.
At each stage a topic.
At each topic a critical issue.
At each critical issue, when possible, a solution.Zschimmer & Schwarz Ceramco 化学 教育 科学
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  • Chimic-A.I. – Chemistry Through the Eyes of Artificial Intelligence. A Playful Experiment

    Chimic-A.I. – Chemistry Through the Eyes of Artificial Intelligence. A Playful Experiment
    2025/06/23
    After more than fifty episodes exploring topics of general interest—always through the lens of chemistry and ceramic production—we’ve decided to have some fun.

    We posed a few simple questions to artificial intelligence, asking it to write a short text about chemistry with complete freedom to choose the themes and highlights.

    The result? Amusing, sometimes absurd—mostly accurate, but not always.

    As we know, Large Language Models (the technology behind AI’s ability to understand and generate text) can produce content that sounds convincing and is often correct, yet it’s not immune to errors or even clichés. With so much information available online, inaccuracies are just a step away.

    That’s why it’s essential to keep in mind that this is, above all, an experiment—and, let’s not forget, just a bit of fun!
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    15 分
  • Melting materials and ceramic production: what they are and what they are for

    Melting materials and ceramic production: what they are and what they are for
    2025/06/09
    Melting materials used in ceramics, often in glazes and digital glues, are capable of lowering the melting point of a material or compound, thus accelerating the sintering process.

    This action, which occurs through the breaking of the molecular structure of the compound (in our case, silica) by certain ions, affects several factors and must be carefully calibrated each time to achieve the desired result.

    Some of the areas influenced by this process include the grit application, the glossy or matte finish of the surface, interaction with colors, and energy savings.

    How do these materials (such as sodium, potassium, zinc, calcium, boron, etc.) work within the suspensions they are added to, and how does this action reflect on the final ceramic material?
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    18 分
  • Ceramic production and digital processes: productivity, challenges, and preventive actions

    Ceramic production and digital processes: productivity, challenges, and preventive actions
    2025/05/26
    Industrial productivity is a top priority for any manufacturing enterprise, regardless of its field of operation.

    The ceramic industry, too, must adhere to rules and parameters that enhance productivity while avoiding any form of waste.

    However, process interruptions—representing the most extreme scenarios—can be triggered by numerous factors and can occur at various stages along the production line.

    Even the digital printing process, including all the micro-processes that occur immediately before and after the printer, can be prone to issues that, in the most severe cases, lead to machine downtime.

    This discussion explores some of the most representative critical scenarios related to the topic, providing an overview of preventive actions that can be implemented to mitigate such risks.
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    18 分

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