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Graham

Graham Corporation designs and builds vacuum and heat transfer equipment for process industries and energy markets worldwide. Our customers use Graham equipment to help produce synthetic fibers, chemicals, petroleum products, electric power, processed food, pharmaceutical products, paper, steel, fertilizers, and many other products that are used every day by people around the globe.

Graham Corporation's earliest roots extend back to 1936 when Harold M. Graham first incorporated Graham Manufacturing Company. Since 1942, while the company's sole manufacturing operation and headquarters have remained in Batavia, New York, its reputation has extended around the globe.

During World War II, Graham supplied steam ejectors, surface condensers and heat exchangers for shipboard applications. After the war, the company shifted to the engineering and manufacturing of customized vacuum systems, surface condensers and heat transfer products for industry. It developed a broad customer base in the oil refining, petrochemical, chemical, fertilizer and power generation markets.

Today Graham Corporation is a leader in the design and manufacture of vacuum and heat transfer products for energy industries worldwide. Approximately half of the company's sales are to international markets and half to the U.S. market.

The Graham UltraHeat Gasketed Plate Heat Exchanger line is engineered for optimum performance in any given application. Whether the goal is to maximize heat recovery or to cool even the most viscous of slurries, Graham engineers can custom-design an UltraHeat Plate Exchanger configured to specific needs.

The Graham MicroHeat line of Brazed Plate Heat Exchangers combines high performance with low cost. The heavy duty construction and compact design lends this heat exchanger to a variety of applications. The materials of construction are corrosion resistant 316 stainless steel plates and connections, and copper or nickel braze. The brazing process eliminates gasketed joints which allows for higher design pressure and temperatures.