Christian Lach

Why you should consider a replacement for PFAS polymers? According to ChatGPT, PFAS polymers, though effective in various applications, pose significant environmental and health risks. They persist in the environment indefinitely, accumulating in ecosystems and potentially harming wildlife and humans. Additionally, some studies have linked PFAS exposure to adverse health effects, including developmental issues and certain cancers. Therefore, exploring alternatives that are safer and more sustainable is crucial for mitigating these risks. Like to learn how and what are the options? https://lnkd.in/e2cBcD-q

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🌍 Reducing VOCs in Solvent Cement 🌍 Excited to share that Rajesh Ranjan, Director of #Research and Development at Weld-On Adhesives, will be presenting at the 3rd PVC4Pipes Conference in Prague 🇨🇿 on October 17, 2024. Rajesh will dive into the critical topic of Volatile Organic Compounds (VOC) Reduction in Solvent Cement. While VOCs are necessary for the welding process of #PVC #pipes and fittings, their release into the environment contributes to air pollution and smog. Agencies like the SCAQMD have set guidelines to minimise these emissions, paving the way for manufacturers to develop eco-friendly solutions. Rajesh will discuss how solvent cement can be optimised to reduce the emissions of the most reactive VOCs, ensuring both environmental responsibility and product performance. Don't miss this insightful presentation that promises to shed light on innovative approaches to making our #industry greener! 🌱 Discover full abstract and register: https://lnkd.in/dH2hDrCc

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I am excited about the upcoming dialogue with Eric Byer, President of the Alliance for Chemical Distribution (ACD). Our discussion will delve into various topics affecting the chemical distribution industry, ranging from the growing regulatory challenges to the potential benefits of digitalization. Don't miss out on this opportunity - secure your place by registering now! #chemicaldistribution, #chemicalindustry #plasticsindustry

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Ideal to replace silicones in all formulation types

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ACRONAL® MB water-based acrylic and styrene-acrylic emulsion polymers offer high performance and sustainable solutions for formulations used in architectural coatings. ACRONAL MB polymers are identical to their ACRONAL counterparts, but achieve a significantly lower Product Carbon Footprint, because they use renewable raw materials instead of fossil raw materials via a mass balance approach. #acronal #massbalance #LowerProductCarbonFootprint

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