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C Si Ni Cr V Ti Ta Sc Li Sr Zr Fe Cu Zn Sn B Al Ce U Mn Mo Nb Sb
C Si Ni Cr V Ti Ta Sc Li Sr Zr Fe Cu Zn Sn B Al Ce U Mn Mo Nb Sb
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Aerospace<br />
Global aviation accounts for about 2% of global CO 2<br />
emissions. 1 A 1% reduction of aerospace fuel burn is<br />
equivalent to a fuel saving of 250 liters per flight. 2<br />
Reducing structural weight is one of the major ways to improve aircraft performance.<br />
AMG produces a number of specialty alloys and coatings including gamma titanium<br />
aluminum used to help reduce weight and improve operational performance of<br />
aircraft. These lightweight, high strength materials are critical to enabling the next<br />
generation commercial aircraft to reduce CO emissions and fuel usage. AMG’s<br />
2<br />
high-purity master alloys improve the physical properties of titanium alloys used<br />
in jet engines, airframes, and other critical-quality applications. The landing gears,<br />
airframes, and turbine blades of jet engines rely on strong, light-weight titanium<br />
alloys strengthened with these high-purity master alloys. In addition to producing<br />
light-weight materials, AMG’s coatings products such as thermal barrier coatings<br />
play a crucial role in jet aircraft engines and other aerospace applications. These<br />
coatings help materials withstand higher temperatures and mechanical stresses,<br />
while extending the useful life of the end products. These materials are highly<br />
engineered products designed to meet the needs of today’s high stress operating<br />
environments. With more than 90 years of know-how AMG is continuously developing<br />
new tailor-made materials according to our customers' requirements.<br />
AMG also develops and produces advanced vacuum furnace systems used to make<br />
titanium and other high purity materials used in aerospace applications. AMG produces<br />
electron beam /physical vapour deposition systems for corrosion protection and<br />
vacuum arc remelting systems used to produce high purity titanium and superalloys<br />
for aerospace. Some of these technologies have been used to help the Boeing 787<br />
achieve its goal of being 20% more efficient than similarly sized airplanes. 3<br />
$258.8M 26% $54.3M 21%<br />
AMG revenue of total AMG<br />
revenue<br />
14 Market Focus Report | Aerospace<br />
gross profit gross margin