China’s imports of most polymers and chemical were lower in the first half of 2016 than in the same period in the prior year. Exceptions were imports of: ethylene, EVA, propylene oxide and, especially, methanol. China’s exports of PVC, polypropylene, PTA, VAM and non-expandable polystyene surged. Shipments of polyethylene also were up. Continue reading
Global trade in both non-expandable (general purpose) polystyrene and expandable polystyrene contracted by 3% in 2013, noting declines also in 2012. ITP measured 3.5 million tons of PSN trade and 2.1 million tons of PSX. Styrene monomer trade grew 7%, to 10.9 million tons. Trends in global trade volume for widely traded products are an indicator of global demand. Continue reading
ITP’s Ethylene Equivalents World Trade Matrix and its accompanying Ethylene Equivalents Summary by Region show the total volume of ethylene traded globally in the form of ethylene-containing derivatives and as ethylene monomer. The Matrix is developed to subscriber specifications from the import and export statistics in ITP’s database. Continue reading
Weak demand was apparent from the reduced volumes of PSN, ABS, SAN and styrene traded globally in 2011. PSX trade volume expanded, but at a slower rate than in 2010.
ITP’s World Trade Annual Reviews of 2011 are detailed analyses of trade between countries and regions in 2011. The Reviews are based on import/export statistics from 60 countries, representing nearly all of the world’s trade volume. Continue reading
Preliminary overview of styrenics trade in 2011: lower global trade volume in ABS, SAN, non-expandable polystyrene and styrene; moderately higher expandable polystyrene volume; much higher Asia-Pacific exports of polystyrene and SAN to Western Europe and Eastern Europe. Continue reading
After slowdowns in both September and October, China’s imports of most of the products followed by ITP surged in November. This followed a typical pattern of heavy trade in the last two months of each year in advance of the Chinese New Year in February. Continue reading