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Bayer Boosts HDI Production for Coatings in Asia Pacific by Breaking Ground in Shanghai

March 31, 2014

Bayer MaterialScience is increasing its production capacities in the Asia/Pacific region to meet the continued growth in demand there for raw materials for coatings and adhesives. Ground was broken at the site in Shanghai, China, recently for a new plant for the production of the precursor hexamethylene diisocyanate (HDI). With an annual capacity of 50,000 metric tons, it will be the one of the largest facilities of its kind in the world, and production there will be efficient and ecological with a maximum of safety. Completion is scheduled for 2016. Bayer already has one HDI plant in Shanghai, which was expanded in 2013 from its original annual capacity of 30,000 metric tons.

There is considerable demand in the region and China, in particular, for coatings and adhesives, which are used in the automotive industry, the construction sector and the textile and shoe industries, among others. This growth is being driven to a large extent by the growing middle class, which has an increasing appetite for high-quality end products.

"The construction of our new HDI plant documents our confidence in the Asia/Pacific market and China, in particular," said Daniel Meyer, who heads the Coatings, Adhesives, Specialties (CAS) Business Unit at Bayer MaterialScience. "We are determined to continue to grow here in harmony with the rising demand in the region for innovative solutions for polyurethane-based coatings and adhesives." Thanks to raw materials such as HDI, many everyday products last longer, have better properties and a more attractive appearance.

The expansion of its production capacity at the integrated site in Shanghai ensures that Bayer MaterialScience will be able to supply the regional and global market with HDI reliably and flexibly. The project also reinforces and further expands the company’s outstanding production technology capabilities. The new plant will utilize gas-phase technology, which requires substantially less energy and solvent than conventional processes.

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