flint
Quick Summary
Flint is a hard, impure variety of quartz, typically gray to black, known for producing sparks when struck with steel. This property made it crucial for tools and weapons during the Stone Age. Flint is a type of chert, a fine-grained silica mineral. Its uniform grain and brittleness allowed early humans to shape sharp tools by flaking. Today, crushed flint serves as an abrasive in sandpapers and in industries that grind raw materials for ceramics and paints, as it avoids iron contamination.12
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miningHistory…the first mineral used was flint, which, because of its conchoidal fracturing pattern, could be broken into sharp-edged pieces that were useful as scrapers, knives, and arrowheads. During the Neolithic Period, or New Stone Age (about 8000–2000 bce), shafts up to 100 metres (330 feet) deep were sunk in soft…
Read More…the first mineral used was flint, which, because of its conchoidal fracturing pattern, could be broken into sharp-edged pieces that were useful as scrapers, knives, and arrowheads. During the Neolithic Period, or New Stone Age (about 8000–2000 bce), shafts up to 100 metres (330 feet) deep were sunk in soft…
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Stone AgeAx factories and flint minesSimilarly, large nodules of good flint were secured by mining in Poland, Denmark, the Netherlands, England, Belgium, France, Portugal, and Sicily.
Read MoreSimilarly, large nodules of good flint were secured by mining in Poland, Denmark, the Netherlands, England, Belgium, France, Portugal, and Sicily.
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hand toolNeolithic tools…local sources and resulted in flint mining in well-endowed locations in what are now England, Belgium, the Netherlands, France, Denmark, Sweden, Poland, Portugal, Sicily, and
Read More…local sources and resulted in flint mining in well-endowed locations in what are now England, Belgium, the Netherlands, France, Denmark, Sweden, Poland, Portugal, Sicily, and
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wheel lock…that pressed a shard of flint or a piece of iron pyrite against an iron wheel with a milled edge; the wheel was rotated and sparks flew. The principle was used in the design of the flint-and-wheel cigarette lighter.
Read More…that pressed a shard of flint or a piece of iron pyrite against an iron wheel with a milled edge; the wheel was rotated and sparks flew. The principle was used in the design of the flint-and-wheel cigarette lighter.
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military technologyThe flintlock…came from a blow of flint against steel, with the sparks directed into the priming powder in the pan. This lock was an adaptation of the tinderbox used for starting fires.
Read More…came from a blow of flint against steel, with the sparks directed into the priming powder in the pan. This lock was an adaptation of the tinderbox used for starting fires.
Read More- John Astbury
…(1720) Staffordshire potter to use flint for improving the quality of earthenware mixture by making it whiter. Figures now attributed to him reveal variously toned clays, as well as colours clouded to enrich them. He quite possibly originated the popular pew groups; i.e., two or more rigidly posed, salt-glazed stoneware…
Read More…(1720) Staffordshire potter to use flint for improving the quality of earthenware mixture by making it whiter. Figures now attributed to him reveal variously toned clays, as well as colours clouded to enrich them. He quite possibly originated the popular pew groups; i.e., two or more rigidly posed, salt-glazed stoneware…
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fireManufacture of fire…the spark-producing technique of striking flint against pyrites appears to have been first developed by Neanderthals several hundred thousand years ago, other processes, including techniques that used friction while drilling a hole in wood to generate sparks, were much more recent. Fire drills, along with flints and pyrites, have been…
Read More…the spark-producing technique of striking flint against pyrites appears to have been first developed by Neanderthals several hundred thousand years ago, other processes, including techniques that used friction while drilling a hole in wood to generate sparks, were much more recent. Fire drills, along with flints and pyrites, have been…
Read More- flake tool
…Stone Age hand tools, usually flint, shaped by flaking off small particles, or by breaking off a large flake which was then used as the tool.
Read More…Stone Age hand tools, usually flint, shaped by flaking off small particles, or by breaking off a large flake which was then used as the tool.
Read More - Stone AgeStone tools
…of fine-grained rock or of flint where that material was available in large nodules. In Greece and the Balkans, all over central Europe and Ukraine, and throughout the taiga, adzes were used exclusively, as in the earlier Baltic Mesolithic; in northern and western Europe axes were preferred. In the Iberian…
Read More…of fine-grained rock or of flint where that material was available in large nodules. In Greece and the Balkans, all over central Europe and Ukraine, and throughout the taiga, adzes were used exclusively, as in the earlier Baltic Mesolithic; in northern and western Europe axes were preferred. In the Iberian…
Read More - hand toolStone as a material
Flint, homogeneous and isotropic (having equal properties in all directions), is the rock of first choice for toolmaking. Reasonably well distributed over much of the world, it is an impure quartz, a form of silica, usually opaque and commonly of gray or smoky-brown colour. It…
Read MoreFlint, homogeneous and isotropic (having equal properties in all directions), is the rock of first choice for toolmaking. Reasonably well distributed over much of the world, it is an impure quartz, a form of silica, usually opaque and commonly of gray or smoky-brown colour. It…
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