Quarterly Beverage Tracker Third Quarter in China 2015: Analysis for All Commercial Beverages

Dec., 28, 2015, Mumbai, India: Market Reports on China presents the report, on “Quarterly Beverage Tracker Third Quarter in China 2015: Analysis for All Commercial Beverages”.   China Quarterly Beverage Tracker Q3-15 covering soft drinks, dairy drinks, hot drinks and alcoholic drinks is an essential tool for keeping up-to-date with the latest industry performance and developments on a quarterly basis.

Summary

China's GDP growth is forecast to slow in Q3-15. Q3-15 was warm with relatively higher temperatures and higher rainfall compared to 2014. Private Label products saw a positive performance in Q3-15, with players diversifying their range. "http://www.marketreportsonchina.com/food-beverages-market-research-reports-15284/quarterly-beverage-tracker-china.html" The non-manufacturing sector has continued to see good growth, with good growth seen in the service industry.

Key Findings

Commercial beverages continued to see a low single digit growth in Q3-15

The dairy category experienced the most momentum

Soft drinks categories maintained a stable growth in Q3-15

Alcoholic drinks experienced a decline in Q3-15, due to the negative performance of the largest category

Synopsis

China Quarterly Beverage Tracker Q3-15 covering soft drinks, dairy drinks, hot drinks and alcoholic drinks is an essential tool for keeping up-to-date with the latest industry performance and developments on a quarterly basis, covering:

Topline consumption volumes for Q3-2015 vs Q3-2014, moving annual totals (MAT) and latest 2015 forecasts for all beverage categories

Carbonates consumption data for Q3-2015 vs Q3-2014, moving annual totals (MAT) and latest 2015 forecasts split by regular vs low calorie, and key flavour

An economic mood indicator with an at a glance assessment of industry confidence levels, private label performance vs brands and price trends

Insightful and valuable analysis of the drivers behind the latest quarterly trends and assumptions for...