KSB takes over Danish pump manufacturer

24-Feb-2012 - Denmark

On 16 February, KSB took over an eighty percent share in Copenhagen-based T. Smedegaard A/S. The company, established in 1942 and with a workforce of around 80, manufactures the type of circulating pump used above all in heating systems. It has two production sites, one in Denmark and one in Switzerland, as well as business locations in the United Kingdom and Sweden. 

© KSB Aktiengesellschaft

New KSB site in Switzerland: Smedegaard factory in Beinwil am See.

"The take-over aims at securing our building services project business in the areas of heating, ventilation and air-conditioning,” Dr Wolfgang Schmitt, Chairman of the Board of Management explains. KSB will integrate the Smedegaard circulating pumps into its existing product portfolio. The pumps manufactured in Copenhagen and Beinwil am See (Switzerland) will round off KSB’s building services pump offering.

The acquisition has given KSB access to a technology thanks to which the circulating pumps will be able to meet increasing energy efficiency requirements. Distributed through KSB's sales organisation, these products will now reach a broader customer base. Smedegaard’s previous sole owner, Mr Sören Smedegaard, remains in the company and will assume responsibility for sales as one of the company’s two managing directors.

Other news from the department business & finance

These products might interest you

Typ CNF / Typ CAM

Typ CNF / Typ CAM by Hermetic-Pumpen

Reliable pump technology for hazardous applications

Shaft seal-free pumps for maximum reliability and safety

vacuum pumps
Peristaltic Pumps

Peristaltic Pumps by AHF analysentechnik

Reliable and Low-pulsation Transport of Liquids in Laboratory Analysis

peristaltic pumps
AZURA Analytical HPLC

AZURA Analytical HPLC by KNAUER

Maximize your analytical efficiency with customized HPLC system solutions

Let your application define your analytical system solution

UHPLC systems
Loading...

Most read news

More news from our other portals

So close that even
molecules turn red...