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  2. Mining and metallurgy in medieval Europe - Wikipedia

    en.wikipedia.org/wiki/Mining_and_metallurgy_in...

    Metallurgists throughout medieval Europe were generally free to move within different regions. For instance, German metallurgists in search of rich precious metal ores took the lead in mining and influenced the course of metal production, not only in East and South Germany but also in almost all of Central Europe and the Eastern Alps.

  3. Economics of English Mining in the Middle Ages - Wikipedia

    en.wikipedia.org/wiki/Economics_of_English...

    The Economics of English Mining in the Middle Ages is the economic history of English mining from the Norman invasion in 1066, to the death of Henry VII in 1509. England's economy was fundamentally agricultural throughout the period, but the mining of iron, tin, lead and silver, and later coal, played an important part within the English medieval economy.

  4. Economy of England in the Middle Ages - Wikipedia

    en.wikipedia.org/wiki/Economy_of_England_in_the...

    Iron production continued to increase; the Weald in the South-East began to make increased use of water-power, and overtook the Forest of Dean in the 15th century as England's main iron-producing region. [200] The first blast furnace in England, a major technical step forward in metal smelting, was created in 1496 in Newbridge in the Weald. [201]

  5. Ferrous metallurgy - Wikipedia

    en.wikipedia.org/wiki/Ferrous_metallurgy

    There was no fundamental change in the technology of iron production in Europe for many centuries. European metal workers continued to produce iron in bloomeries. However, the Medieval period brought two developments—the use of water power in the bloomery process in various places (outlined above), and the first European production in cast iron.

  6. Metallurgy during the Copper Age in Europe - Wikipedia

    en.wikipedia.org/wiki/Metallurgy_during_the...

    This only permitted the production of a limited range of artifacts like awls, pins, or beads. In larger objects, the metal cracks when it is cold-hammered. Stage B: Annealing the metal on an open fire (200–300 °C or 390–570 °F is hot enough) reduces its hardness considerably and gives in malleability. This permits the manufacture of ...

  7. List of oldest companies - Wikipedia

    en.wikipedia.org/wiki/List_of_oldest_companies

    Metal [43] 1596 Gyokurinbo: Japan Hotel [377] 1596–1615 Nagata Bunshodo: Japan Publisher [378] 1596–1615 Heirakuji: Japan Publisher [378] 1596–1615 Hayashikan: Japan Clothing [379] 1597 Gold Ochsen: Germany Brewery [380] 1597 Kojima (sake company in Yonezawa, Yamagata) Japan Sake [381] 1597 Kojima (sake company in Inuyama, Aichi) Japan ...

  8. Roman metallurgy - Wikipedia

    en.wikipedia.org/wiki/Roman_metallurgy

    At its peak around the mid-2nd century AD, Roman stock is estimated at 10,000 t, five to ten times larger than the combined silver mass of medieval Europe and the Caliphate around 800 AD. [21] Gold. 9 t [22] Production in Asturia, Callaecia, and Lusitania (all Iberian Peninsula) alone.

  9. Great Bullion Famine - Wikipedia

    en.wikipedia.org/wiki/Great_Bullion_Famine

    The main cause for the bullion famine was outflow of silver to the East unequaled by European mining output. [1] [2] The historian John Day supports this theory, stating the loss of gold and silver was due to large-scale trading with the Levant, which provided Europe spices, silks, rare dyestuffs, pearls, and precious gems. [3]