Skelton Bladeworks Advanced Tibia Damasteel
Published: 7 years ago
My Advanced Tibia done up in Damasteel Odin's Eye pattern and White CarboQuartz. The concept behind the Tibia series (Tibia and Advanced Tibia) is a large sized blade, useful for cutting tasks and self defense, but a small enough handle so that it can be as easily concealed as a common folder.
You can see more of my work at: skeltoncustomknives.com
Info on CarboQuartz:
TPT, which stands for thin ply technology, is a method for making ultra-thin unidirectional strand sheets of carbon fibers. The sheets aren’t just fibers however, they are “tapes” that are pre-impregnated (“prepreg”) with resin for more accurate and controllable application in use.
The resin is the material that works like a glue to hold the carbon fibers together; when placed under heat and pressure the resin flows between all the fibers and finally hardens to create the solid carbon fiber material we are familiar with.
The TPT carbon tapes used in Richard Mille cases have layers that are, on average, around 45 microns thin, or just under two-thousandths of an inch (.002”). Moving on to TPT Quartz, the construction is the same, only it is composed not of carbon fibers, but of fused quartz fibers. These fibers start out life as purified ground quartz crystals. These crystals are fused with heat and pressure to create fused quartz rods. These rods are then drawn (pulled and squished) under an oxy-hydrogen flame to create extremely long continuous fibers of fused quartz.
North Thin Ply Technologies developed the TPT Quartz in collaboration with Saint-Gobain Quartz, who supplied the Quartzel™ 9- or 4-micron quartz fiber filament (which is thinner than human hair); Reichhold, suppliers of ADVALITE™, a monomer-free vinyl hybrid resin; and, of course, Richard Mille, who led design and validation for the new process. The result was the world’s first thin-ply quartz fiber prepreg material, which immediately won the JEC World 2016 Innovation Award.
-Quill & Pad
You can see more of my work at: skeltoncustomknives.com
Info on CarboQuartz:
TPT, which stands for thin ply technology, is a method for making ultra-thin unidirectional strand sheets of carbon fibers. The sheets aren’t just fibers however, they are “tapes” that are pre-impregnated (“prepreg”) with resin for more accurate and controllable application in use.
The resin is the material that works like a glue to hold the carbon fibers together; when placed under heat and pressure the resin flows between all the fibers and finally hardens to create the solid carbon fiber material we are familiar with.
The TPT carbon tapes used in Richard Mille cases have layers that are, on average, around 45 microns thin, or just under two-thousandths of an inch (.002”). Moving on to TPT Quartz, the construction is the same, only it is composed not of carbon fibers, but of fused quartz fibers. These fibers start out life as purified ground quartz crystals. These crystals are fused with heat and pressure to create fused quartz rods. These rods are then drawn (pulled and squished) under an oxy-hydrogen flame to create extremely long continuous fibers of fused quartz.
North Thin Ply Technologies developed the TPT Quartz in collaboration with Saint-Gobain Quartz, who supplied the Quartzel™ 9- or 4-micron quartz fiber filament (which is thinner than human hair); Reichhold, suppliers of ADVALITE™, a monomer-free vinyl hybrid resin; and, of course, Richard Mille, who led design and validation for the new process. The result was the world’s first thin-ply quartz fiber prepreg material, which immediately won the JEC World 2016 Innovation Award.
-Quill & Pad