Mechanochemistry, which involves generating reactions by mechanical forces, can occasionally enable procedures that are difficult to achieve through classical solution synthesis. However, experts are still baffled as to how the process works on a molecular level. They haven't given up attempting to scale up mechanochemical processes, though. Reactive extrusion is a solvent-free polymer manufacturing technique that combines synthesis and shape into a single step. It's essentially solid-state flow chemistry, and it could help mechanochemical syntheses scale up. Chemists have already proved that screw extrusion can be used to create MOFs.
Market Analysis: The reactive extrusion market, a significant industrial application of mechanochemistry, is experiencing substantial growth. Valued at approximately $697.39 million in 2025, this market is projected to reach $896.17 million by 2030, demonstrating a Compound Annual Growth Rate (CAGR) of 4.26%. This expansion is fueled by increasing demand for sustainable manufacturing processes, enhanced material properties, and the inherent cost efficiencies and process intensification that reactive extrusion offers within the polymer and materials industries. For more details: https://advanced-chemistry.peersalleyconferences.com/tracks/mechanochemistry-and-reactive-extrusion
Key Market Players: Coperion (Germany) / Leistritz Group (Germany) / CLEXTRAL group (France) / KraussMaffei (Germany) / Davis-Standard (USA) / Battenfeld-Cincinnati (Germany/Austria) / Steer Engineering Pvt. Ltd. (India) / NFM/Welding Engineers, Inc. (USA) / The Japan Steel Works, Ltd. (Japan) / Bausano & Figli S.p.A. (Italy) / Kabra Extrusiontechnik Ltd. (India) / Milacron (USA) / Reifenhäuser Group (Germany) / Xtrutech (UK) / Thermo Fisher Scientific (USA)
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