Donaldson Filtration to Support U.S. Army's New Ground Combat Vehicle Development Program

MINNEAPOLIS, MN — OCTOBER 21, 2012 — Donaldson Company, Inc. (NYSE: DCI), the world’s leading provider of unmatched filtration systems to enhance performance and reliability of military, aerospace and heavy industry vehicles, will provide its state-of-the-art Pulse-Jet Air Cleaner (PJAC) engine air filtration technology for the U.S. Army’s new Ground Combat Vehicle (GCV) program.  

MTU and Tognum America, subsidiaries of Tognum Group in Friedrichshafen, Germany, selected Donaldson’s PJAC filtration systems for the General Dynamics Land Systems GCV “power pack,” consisting of the MTU Series 880 engine, generator, cooling system, air filtration system, transmission and generator.  This means Donaldson PJAC filters may be utilized on more than 1,870 GCVs when low rate initial production begins in 2018, followed by full production in 2021. 

“Donaldson’s new partnership with MTU means that the Army’s GCV will utilize the world’s most effective engine air filtration solution,” said Pierre Habran, Director of Aerospace & Defense Europe, Middle East & Africa at Donaldson Company. “Our involvement with this essential developmental effort is a source of tremendous pride for Donaldson, and it means that future U.S. armored fighting vehicles will provide improved capability and unprecedented reliability in support of armed forces’ operations, even in the world’s most difficult operational environments.  Improving equipment capability to protect U.S. and allied troops is our highest priority.” 

Under the terms of its contract, Donaldson will provide PJAC filter systems and components for factory installation on GCV prototype power packs as well as technical assistance throughout the program phase. 

Donaldson’s PJAC system uses controlled pulses of compressed air to automatically clean the intake filter. Designed with Donaldson Ultra-Web® nanofiber filtration technology, the PJAC provides the industry's highest level of efficiency and service life. The prototype system will include Donaldson’s advanced scavenge-air pre-cleaning section and the Vee-Pac™ inlet barrier filter to provide the best dust and particle protection available today.  The Vee-Pac barrier filter contains Donaldson’s Ultra-Web nanofiber filtration media, the industry’s most efficient filtration material, which prevents clogging by capturing tiny particles on the filter’s surface for efficient continued air flow and easy maintenance and cleaning.  

See and learn more about Donaldson’s filtration technologies at the company’s exhibit, Booth 8423, during the Association of the U.S. Army Annual Meeting & Exposition, October 22-24, 2012, at the Walter E. Washington Convention Center in Washington, DC. 

About Donaldson's Aerospace & Defense Group

Donaldson's Aerospace & Defense group is a leading worldwide provider of filtration systems for the aerospace and defense industry. Our filtration solutions protect fixed wing aircraft, rotorcraft, military ground vehicles, electronic equipment, space vehicles, missiles, military shipboard systems and amphibious vehicles. We are committed to advancing filtration technology, providing quality products and prompt customer service. Our group serves customers from sales, engineering and manufacturing locations around the world. 

About Donaldson Company

Donaldson is a leading worldwide provider of filtration systems that improve people’s lives, enhance our Customers’ equipment performance, and protect our environment. We are a technology-driven Company committed to satisfying our Customers’ needs for filtration solutions through innovative research and development, application expertise, and global presence. Our approximately 13,600 employees contribute to the Company’s success by supporting our Customers at our more than 100 sales, manufacturing, and distribution locations around the world. 

Donaldson is a member of the S&P MidCap 400 and Russell 1000 indices, and our shares trade on the NYSE under the symbol DCI. Additional information is available at