- Equities, securitised derivatives and ETPs units all show increase in trading volume compared with July figures
Based on the order book statistics, Boerse Stuttgart generated turnover of more than EUR 5.8 billion in August 2018.
At over EUR 2.6 billion, trading in securitised derivatives was around twelve percent up on the previous month making this asset class the biggest contributor to the total. Leverage products generated about EUR 1.5 billion. At around EUR 1.2 billion, turnover from investment products showed a sharp increase and was up by 15 percent compared with the previous month.
According to the order book, trading in equities produced turnover in excess of EUR 1.3 billion – an increase of about 15 percent on the previous month. German equities contributed roughly EUR 970 million towards this total and international equities EUR 363 million.
The monthly total for trading in debt instruments (bonds) was approximately EUR 940 million. At around EUR 667 million, the lion’s share of turnover in this asset class was attributable to corporate bonds.
Investment fund units contributed EUR 119 million to the August total. Turnover shown in the order book from exchange-traded products (ETPs) was EUR 783 million – an increase of 14 percent on the previous month.
Monthly Statistics August 2018
Note on the monthly statistics:
Boerse Stuttgart’s monthly statistics are reported on the basis of the order book turnover. The turnovers of all the securities traded on each trading day are documented clearly and verifiably. The recording of securities transactions by order book is practised by all intermediary-based German exchanges and serves as a basis for comparing trading turnovers. For the securitised derivatives asset class Boerse Stuttgart also calculates the trading turnover according to the volume of customer orders executed and forwards these to the German Derivatives Association (Deutscher Derivate Verband, DDV). This ensures that comparisons between the different exchanges can also be made with regard to securitised derivatives.