Tag: mineral

  • Fordite: Treasures Found in Abandoned American Car Plants

    Fordite: Treasures Found in Abandoned American Car Plants

    Fordite, often known as “Ford stone,” is an artificial mineral made by layering and hardening automotive enamel paint. Detroit agate, also known as Motor City agate, is a kind of agate mined from the site of a defunct car plant in Detroit, Michigan, United States. “Fordite” was so named because it was first found in the 1940s at the Ford Motor Company’s car painting facility in Michigan. However, that automaker wasn’t the only one that produced it. Today, they are still considered an “ore,” and the raw Fordites continue to rise in value.

    History and Formation of Fordite

    When the fordite is sliced open, it may reveal a variety of designs.
    When the Fordite is sliced open, it may reveal a variety of designs. (Credit: Robert Weldon/GIA)

    Automobiles were once painted by hand or sprayed with a spray gun which was invented in 1888 in the United States. Therefore, the work site’s hallways, spray booths, and loading platforms were contaminated with oversprayed paint in those automotive factories.

    Since automobiles were often painted in highly vivid colors in the 1960s and 1970s, the Fordites from those decades tend to have more vibrant, psychedelic hues. A cabochon of a very uncommon kind of Fordite, with big metal flakes, dating from 1972, sold for $400.

    Fordite

    Among the sources of factories for Fordite are the Corvette Assembly Plant in Kentucky, the Ford Motor Company in Michigan, the Harley-Davidson motorcycle plants, and the Lincoln-Mercury painting plant in Canada. The Fordites from the latter plant even hold a specific name: “corvetteite”.

    This practice continued from the 1930s all the way to the 1990s. And as the years accumulated, the factories were covered in a rainbow of paint hues.

    fordite

    Since the paint was subjected to high heat treatment hundreds, if not thousands of times, the accumulated layers of paint became harder over time.

    This paint buildup got too thick over time and needed to be scraped away since it was getting in the way. Some creative souls in Henry Ford‘s Ford automotive factory then realized that this layer of paint could be sliced and polished to create a beautiful agate-like gemstone, cabochons, and beads, which could then be recycled and sold as eco-friendly jewelry.

    Fordite

    The finished product was visually spectacular and distinctive, with swirls and patterns in vivid colors that emphasized the industry’s long and storied past in automobile production.

    Fordite is a Time Capsule

    The color of Fordite, and, by extension, the development of the automotive industry in the United States can be deduced from its distinctive color.

    Fordite

    According to Fordite, for instance, most automobiles in the nation in the 1940s were painted in black or brown enamel—industrial paint that dries to a very hard, glossy finish—but by the 1960s, brighter lacquers were in favor.

    Current automobiles are painted with electrostatic coatings that adsorb paint granules to the steel plate by Coulomb force, or “electrostatic force”, almost eliminating the need for unnecessary spraying.

    Consequently, the formation of Fordite has halted since powder painting has been replaced by hand spraying.

    Fordite
    (Credit: Chris Topher – Flickr)

    That’s why we no longer see new Fordites around, and the raw ones that are still around continue to rise in value. There is actually a small market for Fordites today.

    What Makes Fordite Valuable?

    Fordite is prized for its one-of-a-kind, multicolored patterns that have developed through many years of paint overspray accumulation. This artificial ore is actually quite uncommon because the majority of car companies no longer produce it.

    Fordite

    Fordite finds its most widespread use in the jewelry and automobile industries. Collectors and those with an interest in automobiles often buy them.

    Experienced cutters can bring out striking layers of color and design in polished Fordite. Paint is a fairly light substance because of its composition. During the cutting and polishing procedures, safety equipment like a dust mask is required.

    Similarly, several generations of Jackson Whites in Sloatsburg, New York fell victim to this same paint when contractors hired by the defunct Ford factory in Mahwah, New Jersey dumped poisonous vehicle paint waste dangerously close to the communities’ houses.

    Where Can I Find Fordite?

    Fordite

    Today, Fordite is a very uncommon man-made mineral. But you may be able to find some residual Fordite in a few classic automobile assembly plants in the Detroit region. However, internet vendors and gem and mineral exhibitions are the most typical places to find Fordites.

    Fordite is a colorful tribute to the American workers whose creativity and resourcefulness transformed a byproduct of the auto industry into a piece of art. The workers at the American auto factories saw value where most others would see waste, much like how older vehicles have long been admired for their beautiful looks.

    Types of Fordite

    Types of Fordite
    Types of Fordite, according to Fordite.com.

    There are four types of Fordite today:

    • Type 1: Characterized by consistent gray banding of primer layers in between distinct color layers (Color on Color).
    • Type 2: Opaques and metallics make up Type 2. Lacking variety. Miniature quantities and limited-edition colors (Distinct Colors).
    • Type 3: Drippy and/or striped, with several overlapping layers of solid colors and metallic accents define this type. Patterns of lace and orbits appear on the surface, and there is some channeling on occasion (Distinct Colors).
    • Type 4: Opaques and metallics of Type 4 have color layers that flow into one another and may have pitting from air bubbles that developed while the layers solidified (Distinct Colors).
    fordite
    Photography by Elaine Sweeney. See the original Image on Flickr.
    fordite
    Photography by Elaine Sweeney. See the original Image on Flickr.

    Fordite at a Glance

    What is Fordite?

    Fordite, also known as Detroit Agate or Motor Agate, is an artificial substance made out of enamel paint layers that collected over decades on the tracks, racks, and floors of paint booths in automobile plants.

    How is Fordite formed?

    Layers of paint overspray would accumulate on the walls and floors of paint booths at auto assembly plants, eventually transforming into Fordite. As more paint was sprayed on top, the previous coats would dry and solidify. This method would result in thick layers of multicolored, patterned material that could be gathered and fashioned into a wide range of objects.

    What makes Fordite special?

    The distinctive and vibrant patterns of Fordite are the product of years of paint overspray accumulation. Since the majority of automakers no longer produce it, it is an uncommon item.

    References

    1. Featured Image: Photography by Elaine Sweeney. Original Image – Flickr
    2. Relics: A History of the World Told in 133 Objects – By Jamie Grove, Max Grove, Mini Museum · 2021- Google Books
    3. The Ford Industries; Facts about the Ford Motor Company and Its Subsidiaries – By Ford Motor Company · 1927- Google Books
  • Two new meteorite minerals discovered

    Two new meteorite minerals discovered

    The scientists have identified two previously unknown minerals in a massive iron meteorite, with preliminary evidence pointing to a third. Iron, phosphorus, and oxygen molecules were extracted from the 15-ton El Ali meteorite that was discovered in Somalia. Elaliite and elkinstantonite are the new iron minerals discovered, and they seem like substances only made in the lab.

    One of the biggest meteorites ever discovered on Earth contains extraterrestrial iron compounds.


    In comparison to other planets in the solar system, Earth likely has the greatest variety of mineral types. There are around 6,000 named kinds, and it’s possible that another 1,500 are waiting to be discovered. Geological processes, including volcanism and plate tectonics, as well as the interaction of water and solids, all played a role in the formation of the crystalline substances. The production of many minerals, however, has also entailed biological processes and human intervention.

    elkinstantonite
    Elkinstantonite, the El Ali meteorite (Credit: Chi Ma/Caltech)

    Meteorite minerals are a subset of this larger class; they are unique crystal formations created solely inside meteorites and asteroids. Extreme pressure and heat from the collision were all that was needed to generate many of them, including several quasicrystals. Some others have been here since the solar system’s primordial cloud.

    buy Isofair online in the best USA pharmacy https://health.noprescriptionbuyonlinerxx.net/ no prescription with fast delivery drugstore

    In a Somali desert

    Now, a team of scientists led by Chris Herd of Canada’s University of Alberta has found two previously unknown meteorite minerals. As part of their research, they had analyzed a chunk of an iron meteorite called El-Ali. In the Somali desert, camel herders discovered this rock over a century ago. It weighed 15 tons, measured 2 meters by 1 meter. The iron-containing rock was put to use for a variety of purposes, including knife sharpening.

    buy Buspar online in the best USA pharmacy https://noprescriptionbuyonlinerxx.com/ no prescription with fast delivery drugstore

    Elaliite
    Elaliite, the El Ali meteorite (Credit: Chi Ma/Caltech)

    The El Ali meteorite, along with many other iron meteorites, is classified as an IAB meteorite. pattern (or Thomson structures) is highly developed in these nickel-iron meteorites, which also have silicate and graphite globule inclusions. Therefore, geologists believe that iron meteorites come from the same asteroids as rock meteorites of the carbonaceous chrondrite type, and that the asteroids’ outer shells are composed of metallic material.

    Discovery of two new iron minerals

    After conducting a thorough mineralogical investigation of their El Ali meteorite sample, Herd and his team discovered two peculiar iron compounds. It helped that their structure was similar to that of two substances that could only be synthesized in a lab. In most cases, further investigation and testing are required before a mineral’s discovery can be officially confirmed. However, in this situation, it became immediately apparent that these were the first natural occurrences of these hitherto unrecognized chemicals.

    Both of these new meteorite minerals are iron, phosphorus, and oxygen complexes. The first of them has the chemical formula Fe9PO12 and was dubbed Elaliite after the corresponding meteorite. The second mineral is called Elkinstantonite, and it was named for the planetary scientist Lindy Elkins-Tanton. Its chemical formula is Fe4(PO4)2O. To learn more about the El Ali meteorite’s asteroid origin, Herd and his team seek to analyze its materials and the circumstances under which they formed.

    According to Herd, his specialty is retracing the geologic processes and geologic histories of the asteroids from whence these fragments originated.


    When he started this project, he had no idea that he would end up discovering and describing whole new minerals.

    A third mineral as well

    In addition to these two exciting new findings, the team has also found indications of a third, similarly unusual mineral type in its meteorite samples. They are also looking forward to collecting further El Ali meteorite samples. Recently, the piece was sent off to China for a sale.

    buy desyrel online in the best USA pharmacy https://noprescriptionbuyonlinerxx.net/med/desyrel.html no prescription with fast delivery drugstore

  • Mineral With the Highest Number of Elements

    Mineral With the Highest Number of Elements

    On earth, several elements can only be found as minerals and not in their elemental states. For instance, silicon is almost always found in silicates, and many other metals may form compounds with oxygen, sulfur, or other non-metallic elements. Because of the unique structure of their crystals, some minerals can store a variety of atoms, which may subsequently be combined to generate a variety of different complex compounds. But what is the maximum number of these elements that exist in a mineral?

    A record high

    Mineralogists from the Canadian Museum of Natural History and the University of Copenhagen found at least one value in the very uncommon mineral eudialyte that sets a new record. This mineral, which may be pink to brownish in color, is a member of the ring silicates and is a significant source of raw materials for a variety of different products, including the precious metal zirconium.

    After the first discovery of anomalies in X-ray crystallography, the scientists decided to dig more into the mysterious mineral in order to get to the bottom of it.

    During this procedure, scientists made the compelling discovery that the highly complicated structure of the eudialyte material provides a multitude of potential “docking points” and niches for the intercalation of uncommon elements.

    46 different elements

    It was discovered that the eudialyte stores more than 46 distinct different elements in its structure. This discovery makes a notable contribution, both financially and otherwise, to the extraction of zirconium and other rare elements. During the period, many more forms of the eudialyte minerals have been unearthed.