The origin of natural mosanite can be traced back to the late 19th\ncentury. The word \u201cmosanite\u201d comes from Dr. Henri Moissan, who discovered the\nmineral in the Arizona meteorite crater in 1904.<\/p>\n\n\n\n
Moissanite (a kind of silicon carbide) is also called carborundum.\nMost of the moissanite on the market is synthetic. The natural moissanite is\nvery rare. For many years, it is mainly used as abrasive. In recent years, it\nhas developed applications in the field of electronics, such as light-emitting\ndiode materials. At present, the color of domestically synthesized moissanite\nis mostly below the I or I color level, and some moissanite has a light green\ncolor. In 2017, the US imported moissanite can reach D color. The appearance of\nmoissanite is very similar to that of natural diamond, which is hard to be\ndistinguished by the naked eye. It is also a semi-precious stone whose physical\nproperties are closest to those of natural diamonds.<\/p>\n\n\n\n
In addition to synthetic diamonds in the counterfeit of natural\ndiamonds, the most confusing possibility is the \u201cMoissanite\u201d. Moissanite name bracelet <\/strong>refers to the synthetic moissanite\n, also known as synthetic silicon carbide. Because its internal structure,\nnumerical value, and appearance are strikingly similar to diamonds, even if it\nis detected by a general thermal conductivity meter, it will be judged as a\nnatural diamond. Therefore, ordinary consumers are more difficult to judge. But\nin fact, moissanite is \u201cdemonized\u201d by everyone. As long as you know its history\nand the key points that distinguish it from natural diamonds, you can easily\ndistinguish the two.<\/p>\n\n\n\n What is moissanite?<\/p>\n\n\n\n Natural moissanite is rare in number and can only be found in\nextreme environments. Later, C3, a company based in north Carolina,\nmanufactured synthetic moissanite and brought it to the international market,\nwhere it gained great popularity. Synthetic moissanite sister rings<\/strong> possesses properties that are incomparably similar to\nnatural diamonds. In Mohs hardness, diamonds are 10 and moissanite is 9.25, which\nis much higher than other precious stones; in dispersion values, diamonds are\n0.044 and moissanite is 0.104; In terms of refractive index, the diamond is\n2.417 and moissanite is 2.65. Therefore, synthetic moissanite not only has the\nsame wear-resistant and eternal characteristics as natural diamonds, but its brilliance\nis even more resplendent than natural diamonds.<\/p>\n\n\n\n How to distinguish\nbetween moissanite and natural diamond<\/p>\n\n\n\n Although they have many similarities, moissanite custom cufflinks<\/strong> costs a tenth of a\ndiamond. Therefore, many jewelry manufacturers use it as a substitute for\ndiamonds to make a lot of exaggerated fashion jewelry to achieve the effect of\nnatural diamonds. The proportion of moissanite and natural diamond is\ndifferent. The proportion of diamonds is 3.52, while the proportion of moissanite\nis only 3.22. Under certain conditions, for the moissanite infinity bracelet <\/strong>without inlaying, it can be tested with methyl\niodide specific gravity liquid (specific gravity 3.32), and it is easy to\ndistinguish the two.<\/p>\n\n\n\n Although the hardness of moissanite is as high as 9.25, it is\ndifferent from natural diamonds. Therefore, the scoring test on the surface of moissanite\nwith diamond hardness tester will leave scratches, but for natural diamonds,\nthere is no way for hardness tester to leave scratches on its surface.<\/p>\n\n\n\n Since natural diamonds are single refracted gems, it is impossible\nto see double shadow with a 10x magnifying glass. However, the moissanite is a birefringent\ngemstone. When viewed from the crown of the kite facet at the bottom of the 10\ntimes magnifying glass, the phenomenon of double shadow can be seen.<\/p>\n\n\n\n Polished lines: The waist of moissanite necklace with picture<\/strong> is polished parallel to each other, which is\ncompletely different from diamond. Moreover, due to the difference in different\ndirections, the polishing direction should be constantly adjusted during the\ndiamond polishing process, and the moissanite can be polished in the same\ndirection. This is particularly apparent between adjacent facets.<\/p>\n\n\n\n Inclusions: The inclusions of diamonds differ from the contents of\nmoissanite. All of the identified moissanites have some inclusions that are\narranged in a needle-like parallel. Fine parallel-arranged reflection lines are\nvisible in some moissanites cheap custom\nnecklaces<\/strong>.<\/p>\n\n\n\n If worn as a general ornament, moissanite can be said to have no\nshortcomings – low in price and has the features of natural diamond. But if it\nis for collection or investment, or to preserve value, then moissanite is not\nan ideal choice. After all, it is artificially synthesized, and the price is\nbound to be affected by technological development and production. Compared with\nnatural diamonds, there is still a big difference.<\/p>\n","protected":false},"excerpt":{"rendered":" The origin of natural mosanite can be traced back to the late 19th century. The word \u201cmosanite\u201d comes from Dr. Henri Moissan, who discovered the mineral in the Arizona meteorite crater in 1904. Moissanite (a kind of silicon carbide) is … <\/p>\n","protected":false},"author":4,"featured_media":0,"comment_status":"open","ping_status":"open","sticky":false,"template":"","format":"standard","meta":{"_lmt_disableupdate":"","_lmt_disable":"","footnotes":""},"categories":[3],"tags":[],"yoast_head":"\n