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Telluride (Cupper(II) Telluride) is a dark powder that is very stable when stored at room temperatures. Particle Size: -80mesh and -100mesh Purity: 99.99% Telluride Copper Copper Te Powder Telluride copper also known as alloys C15400 and C15400 semi-shared tellurium, TECU and Copper tellurium – is a copper-based alloy containing different amounts of tellurium. Tellurium usually has a content of 0.4-0.7%, and phosphorus can be anywhere from 0.004-1.12 percent. Copper tellurium can be described as an alloy made of tellurium, copper and other elements. Copper tellurium containing 0.4-0.7% tellurium has good machinability. The master alloy is telluride copper, which contains half the amount of copper and half the percent tellurium. Tellurium Copper has the following properties: atmospheric corrosion resistance; high temperature and conductivity hydrogen embedment (i.e. caused by the introduction or diffusion of hydrogen fracturing, weaken), 65-130HV hardness; good formability (if free cutting Brass for 100), 85-90% of machinability rating, suitable for welding and brazing. However, it is not suitable to be used for any specific welding process such as resistance welding, oxide-acetylene welding, spot welding, coating metals arc welding, spot welding, spot welding, arc welding, welded, oxygen-acetylene, arc welding, oxylene welding, spec and resetylene wel welding, tylene wel welding, atom-acetylene, he seam welding, spot welding, tylene, tylene wawead It is a copper alloy with excellent machinability and high electrical and thermal conductivity. Copper tellurium alloy is known for having the best cutting performance. It is able to be cast, extruded, drawn, blanked, and molded. The Tellurium copper alloy is available in a wide range of forms, including plate, sheets, rods, wire, tubes, and many other types. Its properties allow it to be used in a wide range of industries. Telluride copper cuTe powder performance: Copper telluride can be described as a chemical substance having the molecular structure CuTe. Copper telluride can be described as a dark powder. It is very stable in ambient air and at room temperatures. Copper telluride, an inorganic mineral that is important for storing copper and tellurium resources, can also be stored as a great way to do so. Cu is used to replace Te in H2SO4 solutions. Copper telluride can be produced by taking out Te and separating tellurium from other metals. It has a very high concentration. Te can either be + 4 or 6 valences in order to replace Cu. This can all produce Cu 2 Te. Tellurium isn’t affected by its valence. Cu telluride, when exposed to an acid or base, can react chemically with these acids and bases. This is the key for seperating and recovering Cu and T. To put it simply, copper and tellurium combine at a higher temperature in order to separate the tellurium.
Telluride copper cuTe powder specification :
Room temperature stable at room temperature, black crystal powder. Copper telluride, an inorganic mineral that is important and stores large amounts of tellurium as well as copper resources, can also be useful.Cuprous Telluride Pulp Properties
Cuprous Telluride Pulp Safety & Health Information
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