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Aerospace
- Our high temperature and corrosion resistant alloys are used in components for the exhaust section of the turbine.
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Gas Turbines
- Our alloys are found in the hot sections of the gas turbine where combustion occurs and in the exhaust section where temperatures are extreme. The alloys must withstand high temperatures and stress and last a minimum number of hours in service.
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Chemical Processing
- Our alloys must withstand a combination of severely corrosive environments and high temperatures. The alloys can be found throughout a chemical processing plant.
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Gas & Oil
- Our alloys are engineered to withstand severely corrosive, high stress and varying temperatures above and below the surface.
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Automotive
- Our alloys are used in safety systems and numerous sensors and must withstand very stringent temperature and corrosive standards. Components are required to last a minimum number of years in service.
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Medical and Dental
- Our alloys are used in medical devices for dental, surgical implants and orthopedics.
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Nuclear Power
- Our alloys can be found in the reactor section of nuclear power plants. The components must meet critical properties and not fail in service. The components must withstand high temperatures and corrosive environments.
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Space Exploration
- Our alloys can be found in the hot section of the engine in the Shuttle. You will also find our alloys in components used to tether astronauts to their vehicles. These components must have high strength and reliability.
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Solar Energy
- Our alloys can be found in numerous components of solar power devices.
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Fuel Cells
- Our alloys can be found in several components of solid oxide fuel cells (SOFC). The components must withstand high temperatures and corrosive environments.
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Industrial
- Our alloys must withstand a variety of conditions such as strength, temperature and corrosion.
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Oil Refinery
- Our alloys are used for numerous components where high levels of corrosion resistance are needed, as well as resistance to high temperatures. The production and processing of petroleum, and critical components within refinery safety systems are major users of ESM’s alloys in both strip and wire.
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