ABOUT US: More than 250 employees, 23 of whom are engineers, work at the ATM’s 2 plants in Gebze and Manisa, Turkey. ATM produces Wire On Tube Condensers in its factory in Gebze and Aluminum Finned Coil Heat Exchangers, Tube Forming Products in its factory in Manisa.  ATM is expanding our distribution network and is working to set up our North American warehouse in the very near future. ATM’s focus is on components used in the heating/cooling/refrigeration cycle. ATM produces various condensers and evaporators, as well as the pipes connecting those components. ATM is vertically integrated & all sheet metal … Read More

Brazeway, Inc. designs, develops, manufactures, and supplies aluminum products for HVAC, automotive, and refrigeration industries in the United States and internationally. It offers enhanced tubing and hairpins products for heat transfer systems to commercial HVAC manufacturers and residential clients; micro-multiport and round tubing products for cooling and other heat transfer systems to the automotive industry; and frost free evaporators, copper heat exchangers, subassemblies, connectors, and other system components to the refrigeration industry. Brazeway, Inc. was founded in 1946 and is based in Adrian, Michigan. It has manufacturing facilities in Adrian, Michigan; Hopkinsville, Kentucky; Shelbyville, Indiana; Cienega De Flores, Mexico.

Peerless of America II Inc. was founded in 1912 and has since serviced the automotive, air conditioning and refrigeration industries as a manufacturer of extruded aluminum shapes for heat transfer. Peerless is also a fabricator of all-aluminum and aluminum/copper heat transfer coils. We pioneered the use of aluminum tubing in refrigeration equipment in the early 1930’s with the introduction of the first all aluminum fin coils for commercial refrigeration. By 1960, Peerless introduced all aluminum fin coils for frost-free household refrigerators. We are a major supplier of heat transfer products to the Automotive, Aerospace, Off-road Truck, Heavy Equipment as well … Read More