Adjectives For Alloy
Discover the most popular adjectives for describing alloy, complete with example sentences to guide your usage.
Updated on March 16, 2024
Choosing the right adjective to describe an alloy can significantly paint its unique characteristics and applications. A low alloy, for instance, suggests minimal alloying elements, potentially highlighting cost-effectiveness or specific mechanical properties. Conversely, a high alloy might denote superior strength or corrosion resistance, ideal for demanding environments. The term amorphous alloy brings to mind materials with unique structures, offering exceptional wear resistance. Meanwhile, a liquid alloy might intrigue with its uses in advanced manufacturing processes. Whether it's specifying the nickel content or discussing base metals, each adjective unveils a layer of specificity. Dive into the full list to explore how each descriptor shapes our understanding of alloys.
| low | The steel should have a low alloy content. |
| nickel | The high-strength nickel alloy is ideal for demanding applications. |
| amorphous | The amorphous alloy had a high thermal conductivity and a low coefficient of thermal expansion. |
| base | The base alloy was used to make the statue. |
| high | The high alloy steel is used in the construction of bridges. |
| liquid | The liquid alloy flowed smoothly through the mold. |
| special | The special alloy is resistant to corrosion and wear. |
| lead | The lead alloy is a mixture of 90% lead and 10% tin. |
| ternary | The ternary alloy was composed of copper, nickel, and zinc. |
| hard | The hard alloy's durability made it perfect for industrial machinery. |
| fusible | The fusible alloy was used to create a mold for the metal casting. |
| particular | The particular alloy used in this application is known for its high strength and corrosion resistance. |
| chromium | The chromium alloy was very strong and resistant to corrosion. |
| solid | The solid alloy was used to create the durable parts. |
| resistant | The resistant alloy is able to withstand extreme heat and pressure. |
| zinc | The zinc alloy is commonly used in die casting. |
| silver | The silver alloy was used to make the jewelry stronger. |
| based | The based alloy is used to make the airplane. |
| metallic | The metallic alloy was used to make the car parts more durable. |
| white | The white alloy was used to create a lightweight and durable frame. |
| eutectic | The eutectic alloy has a lower melting point than either of its constituent metals. |
| light | The car's engine is made of a strong light alloy |
| silicon | Silicon alloy is used in the production of semiconductor devices. |
| commercial | The commercial alloy is composed of aluminum, copper, and magnesium. |
| dental | The dental alloy was used to create a durable and long-lasting restoration. |
| rich | |
| gold | The gold alloy was composed of 75% gold and 25% copper. |
| wrought | The wrought alloy was shaped into a complex component. |
| original | |
| magnetic | The new magnetic alloy was used to create a powerful magnet. |
| cast | The cast alloy was used to create the engine block. |
| brittle | The brittle alloy was unsuitable for the high-stress application. |
| typical | The typical alloy is composed of aluminum, magnesium, and manganese. |
| disordered | We propose a new mechanism for rapidly forming disordered alloys. |
| aluminium | The frame is constructed with a lightweight aluminium alloy making it easy to carry. |
| homogeneous | The alloy which has the same composition and structure at each position is known as a homogeneous alloy |
| soft | The soft alloy was easily bent out of shape. |
| standard | The standard alloy used in the production of aircraft wings is aluminum. |
| antimony | Antimony alloys are less expensive than lead alloys. |
| dilute | A dilute alloy is an alloy in which the second element is present in very low concentrations. |
| suitable | The use of a suitable alloy can improve the strength and durability of a component. |
| iridium | Iridium alloy is a type of metal alloy that is composed of iridium and other elements, and is known for its high strength and resistance to corrosion and wear. |
| random | The random alloy was composed of a variety of metals. |
| potassium | The potassium alloy was used in the experiment to test its electrical conductivity. |
| containing | The steel valve containing alloy can withstand high pressure without corrosion. |
| stainless | The stainless alloy resisted corrosion and wear. |
| treated | The treated alloy exhibited superior strength and corrosion resistance. |
| quaternary | Researchers are working on developing a new quaternary alloy that is stronger and more durable than traditional alloys. |
| pure | The pure alloy was used to create a new type of lightweight material. |
| hardened | The hardened alloy proved to be highly resistant to wear. |
| metal | The metal alloy was used to create a strong and durable structure. |
| manganese | Manganese alloy is a type of alloy that contains manganese as its primary component. |
| ductile | The ductile alloy is used in the construction of various components. |
| native | One of the most striking features of the native alloy is its golden-brass lustre. |
| latter | |
| complex | The complex alloy was a unique material that was able to withstand high temperatures and pressures. |
| unreinforced | The lack of impurities in the unreinforced alloy made it a weak material. |
| conventional | The conventional alloy is used in a wide variety of applications. |
| resisting | The heat-resisting alloy can withstand extremely high temperatures. |
| annealed | The annealed alloy was then subjected to a series of mechanical tests. |
| least | The least alloy was imported from Ghana. |
| useful | The useful alloy was used to create a strong and lightweight frame. |
| melting | The melting alloy was poured into the mold, creating a strong and durable object. |
| tough | The tough alloy was used to construct the bridge. |
| malleable | The malleable alloy was easily shaped into intricate designs. |
| baser | The base metal was alloyed with a baser alloy |
| yellow | The yellow alloy was composed of gold and silver. |
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