Additive manufacturing scores big: The strengths and weaknesses of 3D printing in chemistry and pharmaceuticals. (© lucadp - stock.adobe.com; Eike Hübner [M] Alban)
3D-Printing and Additive Manufacturing

Chemicals, Hot off the Printer: Additive Manufacturing in Chemicals and Pharma

What has advent of additive manufacturing in store for the process industry? – The 3D-printer becomes a gamechanger: While some companies set themselves apart by using customized materials or dream of the pill out of the printer, others fear the impending marginalization of the chemical industry. Gold rush or hangover? An industry is looking for answers between polymer filaments, prototypes and printed pills.

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Spandex fibers ensure the permanent elasticity of many textiles. Seen through an electron microscope, the fibers consist of several filaments. One of the raw materials of these fibers is PolyTHF, which BASF supplies to spandex manufacturers. (Picture: BASF)
PolyTHF

BASF Increases Global PolyTHF Capacity

BASF has increased its global annual capacity for the production of the chemical intermediate PolyTHF (chemical name: polytetra­methylene ether glycol – PTMEG) from 185,000 metric tons to 250,000 metric tons. The company has continuously developed and expanded its production processes.

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