Dinosaur Gem Bone Handle Damascus Knife with Leather Holster - 3.5" Blade x 3.5" Handle
This beautiful 3.5” Damascus Knife was crafted with a 3.5” handle made from polished Dinosaur Gem Bone. It comes with a Camel Colored Leather Holster.
Dinosaur Gem Bone is a rare form of fossilized dinosaur bone where the original fossilized bone has been naturally replaced with silica based compounds such as agate, jasper, chalcedony, or opal. Late Jurassic aged, Agatized “Gem Bone / Gembone”, when polished reveals the wonderful internal cell structure.
AGE/ERA
Jurassic 155 Million Years Old
DIMENSIONS:
3.5” Blade
3.5” Handle
This beautiful 3.5” Damascus Knife was crafted with a 3.5” handle made from polished Dinosaur Gem Bone. It comes with a Camel Colored Leather Holster.
Dinosaur Gem Bone is a rare form of fossilized dinosaur bone where the original fossilized bone has been naturally replaced with silica based compounds such as agate, jasper, chalcedony, or opal. Late Jurassic aged, Agatized “Gem Bone / Gembone”, when polished reveals the wonderful internal cell structure.
AGE/ERA
Jurassic 155 Million Years Old
DIMENSIONS:
3.5” Blade
3.5” Handle
This beautiful 3.5” Damascus Knife was crafted with a 3.5” handle made from polished Dinosaur Gem Bone. It comes with a Camel Colored Leather Holster.
Dinosaur Gem Bone is a rare form of fossilized dinosaur bone where the original fossilized bone has been naturally replaced with silica based compounds such as agate, jasper, chalcedony, or opal. Late Jurassic aged, Agatized “Gem Bone / Gembone”, when polished reveals the wonderful internal cell structure.
AGE/ERA
Jurassic 155 Million Years Old
DIMENSIONS:
3.5” Blade
3.5” Handle
Agatized Dinosaur Gem Bone
Dinosaur Gembone from the Morrison formation of Colorado is either found as fragments on the surface from bones or partial bones that have long since been destroyed by exposure to the elements, or as broken, tumbled, chunks found in the event layers of the quarry. Determining the type of dinosaur these agatized bones come from is difficult in this formation, but can be possible to determine based on cell size and outer appearance of the bone.