Slowdown in Chinese Manufacturing Deepens Fears for Economy
Posted: January 2, 2016 Filed under: Asia, China, Economics, Global | Tags: Asia Pacific, Beijing, Brent Crude, Center for American Progress, Central bank, China, Chindia, Credit theory of money, Economic growth, Euro Zone, European Central Bank, International trade, Monetary policy, Quantitative easing Leave a commentFactory activity cools for fifth month running as overseas demand for Chinese goods continues to fall
A further slowdown in China’s vast manufacturing sector has intensified worries about the year ahead for the world’s second largest economy.
“Against the backdrop of a faltering global economy, turmoil in the country’s stock markets and overcapacity in factories, Chinese economic growth has slowed markedly. The country’s central bank expects growth in 2015 to be the slowest for a quarter of a century.”
The latest in a string of downbeat reports from showed that activity at China’s factor ies cooled in December for the fifth month running, as overseas demand for Chinese goods continued to fall.
Against the backdrop of a faltering global economy, turmoil in the country’s stock markets and overcapacity in factories, Chinese economic growth has slowed markedly. The country’s central bank expects growth in 2015 to be the slowest for a quarter of a century.
After growing 7.3% in 2014, the economy is thought to have expanded by 6.9% in 2015 and the central bank has forecast that it may slow further in 2016 to 6.8%.
A series of interventions by policymakers, including interest rate cuts, have done little to revive growth and in some cases served only to heighten concern about China’s challenges.
Friday’s figures showed that the manufacturing sector limped to the end of 2015. The official purchasing managers’ index (PMI) of manufacturing activity edged up to 49.7 in December from 49.6 in November.
The December reading matched the forecast in a Reuters poll of economists and marked the fifth consecutive month that the index was below 50, the point that separates expansion from contraction. Read the rest of this entry »