Damascus Steel Dinosaur Bone Knife
Handsomely designed with the unique and rare beauty of natural dinosaur bone inlaid along the handle of the knife. The blade of the knife is created with intricately detailed Damascus steel. Brilliant blue sapphires accent the natural beauty and superior quality of this unique Damascus steel dinosaur bone knife.
Damascus Steel Dinosaur Bone Knife Blade: Rob Thomas - Hand forged Damascus created from multiple alloys of stainless steel. This beautiful material is heat treated to Rockwell 58-59 for excellent sharpness and edge retention.
Frame: Hand Carved Sterling Silver with Inset Sapphire - Sterling silver is soldered over a nickel silver frame and hand carved to create this durable and beautiful adornment.
Blue is the best known of the sapphire colors. The prized Kashmir and Burmese sapphires have a deep blue that is intense and velvety. Sapphire colors are best viewed under natural daylight. In artificial or incandescent light, sapphire colors can appear darker and black-blue. Various shapes and cutting styles are common with sapphires. The most common treatment for sapphire is heat treatment, though unheated specimens can be found. Stones are heated (generally before they are cut) to between 1700 to 1800 degrees Celsius (3100-3300 degrees F) for several hours.
Scale/Inlay: Dinosaur bone millions of years old. Agatized dinosaur bone fossils are found throughout the world. In order to agatize, the dinosaur bone had to be petrified sometime between 65,000,000 to 230,000,000 years ago. Once animal dies, the organic bone must be covered by volcanic ash, volcanic lava flow, volcanic mud-flows, sediments in lakes and swamps, mud/silt/clay washed in by floods, or landslides. After burial in an environment where oxygen has been excluded, preventing decay, petrification occurs by replacing the original organic material. Fossils are formed once the ground water dissolves out of the tissue and leaves minerals in its place.
Agatized dinosuar bone is a rare form of fossilized dinosaur bone where the original fossilized bone has been replaced with silica based compounds such as agate, jasper, chalcedony, or opal. Utah and Colorado provide the perfect environment to begin the replacement of the calcite in the original fossils with silicates. The most prominent layers of gem bone come from the Morrison Formation. The agatized bone was created over 100,000,000 years after the dinosaur died and was buried.
The building block of agatized bone (silica oxide) is the same material that is used in the creation of quartz and glass. As is true with most fossils, the original structural detail of the bone is preserved allowing us to see the cell structure. The varied and unique colors of dinosaur bone are caused by the other minerals that enter the bone in combination with the silica. The intensity of the color depends on the quantity of each mineral that is present.
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