Designed to Meet the Toughest Military Standards

The United States Air Force relies on Dufrane Technologies LLC for a key component of its B-52 Bomber. Each three-phase current transformer that goes into a B-52 is carefully constructed and tested to the most stringent of military requirements.

This current transformer is part of the system that generates electricity for the entire plane and thus is critical to the plane's ability to take off, fly, and land uncompromised. Dufrane's high standard of manufacturing and testing ensures that the B-52 can complete each mission and bring its crew home safely.

Trusted in Transportation Systems All Over the World

At Dufrane Technologies LLC, we've earned a reputation for quality and reliability in all our products. This dedication to excellence in manufacturing is why major transportation systems in the United States, Germany, China, and elsewhere depend on our components. The brand new rail transport system built for the 2008 Beijing Olympics was designed with Dufrane's electromagnetic components in mind.

Our products can be found in the people mover systems in Singapore, where many of the current transformers and inductors utilized in the printed circuit board power systems mounted inside the chassis of the electric cars are manufactured by Dufrane. They're also used in the rail-side track signaling mechanisms for people mover systems at airports in Frankfurt, Germany, and Atlanta, Georgia. Through our partnership with Bombardier, the global leader in rail technology, every subway and passenger rail car in the cities of New York, Chicago, Atlanta, and San Francisco rely on parts designed and constructed by Dufrane to operate safely and efficiently. 

Proven Dependable in the Most Critical Applications

Our disciplined approach to design, assembly, and quality control is why Dufrane Technologies LLC has been entrusted with producing parts for numerous nuclear power plants. We custom manufacture flexible electrical conduit assemblies for Westinghouse Nuclear, which conduct power to the electromagnetic jacks used to simultaneously operate the nuclear reactor fuel and the Control Rod Drive Mechanism (CRDM) assemblies. Adding or removing the control rods increases or decreases the number of neutrons, which split uranium atoms and produce heat that is used in turn to generate electricity by the plant. 

This Dufrane product is in use at nuclear plants throughout the world, including the Waterford, Millstone, St. Lucie, Palo Verde, Palisades, and Calvert Cliffs U.S.A. nuclear power plant installations.