Alloy example sentences

"Alloy" Example Sentences

1. The knife blade was made of stainless steel alloy.
2. The experimental new alloy proved stronger than expected.
3. Titanium alloys are used in aerospace applications due to their high strength and low weight.
4. The bracelet was crafted from a gold and copper alloy.
5. The ship's propeller was cast from an aluminum alloy.
6. Bronze is an alloy of copper and tin.
7. Brass is an alloy consisting mostly of copper and zinc.
8. Surgical implants are often made from cobalt chromium alloy.
9. The track was made of a steel alloy designed for longevity and durability.
10. Most coins are made from alloys containing metals like copper, nickel and zinc.
11. The car door hinges were made of a corrosion-resistant aluminum alloy.
12. The bell metal used to cast the church bells was an alloy of copper and tin.
13. Magnesium alloys are used in aircraft construction due to their light weight.
14. Many lead-free solders used for electronics are tin-copper alloys.
15. Sterling silver is an alloy of silver with copper and other metals.
16. Constantan is a copper-nickel alloy used in electrical resistance thermometers.
17. The weapon's blades were made of a strong steel alloy hardened through tempering.
18. Babbitt metal, used for bearings, is an alloy of copper, tin and antimony.
19. Steel alloys containing chromium and nickel are used for knife blades.
20. Duralumin is an aluminum alloy containing copper and manganese.
21. The dimes and quarters in circulation are made from a copper-nickel alloy.
22. Bell metal alloys often contain zinc in addition to copper and tin.
23. Shim stock, used as a spacer material, is made from hardened alloy steel.
24. The metal detectors could detect gold alloys as well as pure gold.
25. The space shuttle's engines used niobium alloy as a superalloy for fuel pipes.
26. General-purpose stainless steel contains an alloy of iron, chromium and nickel.
27. Antimony is added to aluminum alloys to increase their strength.
28. Constantin is an alloy of nickel and copper in the ratio of 60:40.
29. Ductile iron, an alloy of iron and carbon, is used to make water pipes.
30. Some fancy gold jewelry actually contains less than 10% pure gold in its alloy.
31. The gun barrel was rifled using a high-carbon steel alloy.
32. The rockets used specialized metal alloys for heat shields and thrusters.
33. German silver is an alloy of copper, nickel and zinc used for decorative items.
34. Pewter, an alloy of tin used for tableware, typically contains small amounts of antimony and copper.
35. The cast iron frying pan was actually made from an iron alloy containing carbon and silicon.
36. Tool steel alloys often contain tungsten, chromium and molybdenum.
37. White gold contains an alloy of metals like zinc, nickel and palladium to give it a light color.
38. The ceramic armor plate included a lightweight aluminum alloy backing.
39. Steel alloys containing vanadium are used for some axles and gears.
40. The complex alloy contained over 20 different metals strategically blended for strength and durability.
41. Pot metal, an inexpensive cast alloy of zinc, has replaced tin and lead in many toy soldiers.
42. Silicon is added to aluminum alloys to produce castable products.
43. Galvanized steel uses a zinc alloy coating to prevent corrosion.
44. Most steel alloys contain small amounts of sulfur, phosphorus and silicon.
45. The motor's bearing surfaces were lined with tin-based metal alloy coatings.
46. Titanium beryllium alloys are used in spacecraft components due to their lightweight strength.
47. The solder used a tin-lead alloy to bond the electrical connections.
48. Aluminum silicon carbide alloys are used for heat sinks.
49. Ferrous alloys contain iron while nonferrous alloys do not contain iron.
50. Most stainless steel alloys contain at least 10.5% chromium by weight.
51. The astronaut's space suit used unique metal alloys designed to withstand extreme temperatures.
52. The complex high-temperature alloy was made using a powder metallurgy process.
53. Steel alloys containing cobalt have excellent heat resistance and toughness.
54. Many lead-acid batteries use alloys of lead and tin for the grid.
55. Various steel alloys containing molybdenum and vanadium are used in jet engines.
56. Aluminum and magnesium are two of the most commonly used nonferrous alloys.
57. The nickel-chromium heating element used an alloy designed for high resistivity.
58. High-speed tool steels contain tungsten alloyed with other metals like cobalt and molybdenum.
59. Silver-palladium alloys are used in some jewelry for their tarnish resistance.
60. The new titanium nickelide alloy showed promise for biomedical implant applications.

Common Phases

1. The bronze is an alloy of copper and tin.
2. Most structural steel is an alloy of iron and carbon.
3. Aluminum-copper alloys are commonly used in electrical wiring.
4. Brass is an alloy of copper and zinc.
5. Sterling silver is an alloy of silver with copper or other metals.
6. The duralumin alloy gives strength to the airplane frame.
7. The stainless steel cutlery contains nickel and chromium alloy.
8. They designed a new alloy that was lighter but still very strong.
9. Various metal alloys are used in automobile engines.
10. Gold alloys are often used to make jewelry.
11. The precious metal alloy is very costly.
12. Coinage metals refer to metal alloys used to mint coins.
13. Surgical instruments use corrosion-resistant metal alloys.
14. Titanium alloys are useful for their high strength-to-weight ratio.
15. The new alloy showed improved corrosion resistance.
16. Goldsmiths work with gold and other precious metal alloys.
17. The cheap alloy metal looks like silver but is much less valuable.
18. Police officers wear protective gear made from metal alloys.
19. Injection molding machines use alloy parts to withstand high temperatures.
20. Coin blanks are made from metal alloys before stamping.
21. The gold alloy used for the jewelry was too soft and malleable.
22. The alloying element changed the metal's properties significantly.
23. They experimented with different alloy compositions to get the desired effect.
24. The alloy components were heated and mixed thoroughly.
25. The alloy was heat treated to harden it.
26. The soft metal alloys are easily shaped and stamped.
27. Alloys are physical mixtures of two or more elements, at least one of which is a metal.
28. Aluminum alloys commonly combine aluminum with zinc, silicon, and copper.
29. Cast iron is an alloy of iron that contains more than 2% carbon.
30. Bulk metallic glasses are amorphous alloys with random atomic structure.
31. High-speed steel alloy contains tungsten, cobalt and chromium.
32. Superalloys are heat and corrosion resistant metal alloys.
33. The properties of metal alloys differ from their component elements.
34. Steel is the most common alloy of iron and carbon.
35. Magnesium alloys are light yet structurally strong.
36. Nickel alloys are used in jet engine components.
37. The alloy components were melted together in an electric furnace.
38. Lead alloys are used for radiation shielding.
39. German silver is a copper-nickel-zinc base alloy.
40. Tungsten carbide alloys are extremely hard and wear resistant.
41. Shape-memory alloys resume their original shape when heated.
42. Wood's metal is a gallium-based alloy used to make dental molds.
43. Nichrome wire is a nickel-chromium alloy used for heating elements.
44. Platinum alloys often contain palladium and rhodium.
45. Beryllium copper alloys provide good stiffness, conductivity and elasticity.
46. Corrosion-resistant alloys combine chromium, nickel and molybdenum.
47. Alloying elements are added to improve specific material properties.
48. Metal alloys combine the properties of the component elements.
49. Magnetic alloys contain iron, nickel and cobalt.
50. Using metal alloys allows materials engineers to tune specific qualities.
51. Amorphous alloys have better corrosion resistance than crystalline alloys.
52. Superalloys are used in jet turbine blades for their high temperature performance.
53. The alloy showed improved mechanical properties at low temperatures.
54. The makeup of metal alloys determines their physical properties.
55. Steel alloys containing chromium are harder and more corrosion resistant.
56. The different metallurgical techniques help to create specialty alloys.
57. The metal alloy formed intermetallic compounds when it solidified.
58. Researchers discovered a new metal alloy that could withstand extreme stress.
59. Ferrous alloys contain iron as their main component.
60. Nonferrous alloys such as brass and bronze do not contain iron.