technology

Sulzer launches new CPE end-suction single-stage centrifugal pump

Sulzer has once again broken the conventions in the name of efficiency. The new CPE ANSI process pumps are specifically designed to exceed the strictest energy regulations for all industries as well as the requirements of ASME B73.1. With revolutionary hydraulics and high efficiency, they offer low life cycle costs.

Sulzer launches new CPE end-suction single-stage centrifugal pump

The new CPE pumps meet the process requirements in a variety of industrial applications, and are suitable for use with clean or slightly contaminated liquids, viscous liquids of up to 3’000 cSt, and fibrous slurries with a consistency up to 6%.

When engineering the new range of CPE pumps, we at Sulzer considered numerous factors that can potentially influence the total cost of ownership of a process pump. The result is an innovative design that makes it possible for the user to achieve remarkable annual savings.

Sulzer improved the reliability of the CPE pump and reduced the risk for unplanned shutdowns by optimizing the shaft sealing. Heavy-duty rigid bearing units ensure a long bearing life and further protection against unexpected shutdowns.

The new pump design brings higher efficiency that translates into lower energy consumption. Coupled with this, the high standardization, easy installation and robust construction also equate to lower maintenance and operating costs.

“We are eager to offer our new CPE pump range to our customers, because it fits a wide range of industrial applications and will reduce operating costs”, said Joe Salah, Sales Manager, Sulzer Pump Solutions Inc.

papnews logo

Edipap Srl | VAT IT09057310964 | Via Pordenone 13, 20132 - Milan - Italy | tel. +39 02 21711614 | www.edipap.com | info@papnews.com

close and go back to site

Lost your password?

close and go back to site

The website uses technical cookies. The user accept using cookies closing this banner, scrolling or further navigating the site. Extendend cookie policy

The cookie settings on this website are set to "allow cookies" to give you the best browsing experience possible. If you continue to use this website without changing your cookie settings or you click "Accept" below then you are consenting to this.

Close