Magnetite Collection

Woodcut showing a Lodestone on board, floating in a bowl of water. It was possible to demonstrate in this way the fact
5311581 Woodcut showing a Lodestone on board, floating in a bowl of water. It was possible to demonstrate in this way the fact that however placed it would come to rest with a north/south orientation

By means of this loadstone, the island is made to rise and fall. From Gulliver's voyage to Laputa
2963126 By means of this loadstone, the island is made to rise and fall. From Gulliver's voyage to Laputa. From Gullivers Travels published c.1875; Private Collection; Photo © Hilary Morgan

Magnetite mine (chromolitho)
2788761 Magnetite mine (chromolitho) by European School, (19th century); Private Collection; (add.info.: Magnetite mine. Liebig card, published in late 19th or early 20th century)

Oxides, magnetite, corundum, cassiterite, zircon, pitchblende, limonite (colour litho)
2797883 Oxides, magnetite, corundum, cassiterite, zircon, pitchblende, limonite (colour litho) by English School, (20th century); Private Collection; (add.info.: Oxides, magnetite, corundum)

Scheelite in magnetite groundmass

Low-grade and treated iron ores
Iron ore. Samples of low-grade iron ore, with a sample of a dressed ore at centre. Dressing, or beneficiation, is the process by which the iron ore contained in low-grade deposits is separated

Magnetite (iron oxide) specimen from Piedmont, Italy. From the collections of the Natural History Museum, London

Sample of Magnetite also known as lodestone. Magnetite is a strong magnetic mineral. It is composed of ferric oxyde and it commonly occurs either in granular, as seen here, or in laminated forms

Magnetite. Magnetite, also known as lodestone, is a name given to either iron (III) oxide or iron (II) oxide. It is a naturally magnetic mineral

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"Magnetite: A Magnetic Marvel of the Earth's Crust" Magnetite, a fascinating mineral found abundantly in nature, holds an allure that goes beyond its magnetic properties. From magnetite mines to low-grade iron ores and treated samples, this captivating mineral has intrigued scientists and enthusiasts alike. One such mesmerizing sight is the chromolitho image of a magnetite mine. The vibrant colors depict the rich diversity of minerals present in these mining sites - oxides like corundum, cassiterite, zircon, pitchblende, and limonite. Each one contributing to the unique composition of this magnetic wonder. In another breathtaking lithograph capturing scheelite within a magnetite groundmass, we witness the intricate interplay between different minerals. This combination creates stunning patterns that showcase nature's artistic flair. But it is not just its aesthetic appeal that makes magnetite remarkable; it also plays a crucial role in various industries. Low-grade iron ores are often enriched with magnetite to enhance their quality for industrial purposes. This process unlocks new possibilities for economic development while utilizing this abundant resource efficiently. The repeated mention of "magnetite" emphasizes its significance as an integral part of our world's geological makeup. Its presence can be traced across diverse landscapes and geological formations – from mines to groundmasses – reminding us of its ubiquitous nature. A sample showcasing pure magnetite exemplifies its distinct characteristics - lustrous black coloration coupled with strong magnetic properties. Holding such a specimen evokes awe at how something so small can possess such power. As we delve into the realm of geology and explore Earth's treasures further, let us marvel at the magnificence encapsulated within each piece of magnetite. Its beauty lies not only in what meets our eyes but also in how it shapes industries and contributes to scientific advancements worldwide.