COLOR CARBON SERIES
Has realized the color lineup of three colors in combination with dyeable Kevlar (2014.07 currently, red-and-black carbon only).
Black part carbon fiber, colored portion has been braided Kevlar (aramid fiber).
By weaving lightweight Kevlar, it becomes lighter than steel all carbon. Rigidity itself will be lower than made all carbon, but since the bending and stickiness comes out, debris becomes less likely loosened during the event of accident, will also be well fitting at the time of installation.The combination of good portion of carbon and Kevlar, is "color carbon" series that takes advantage of features that can be colored。
In addition, carbon and Kevlar archenemy, as UV protection, the product has been applied clear coat.
Black part carbon fiber, colored portion has been braided Kevlar (aramid fiber).
By weaving lightweight Kevlar, it becomes lighter than steel all carbon. Rigidity itself will be lower than made all carbon, but since the bending and stickiness comes out, debris becomes less likely loosened during the event of accident, will also be well fitting at the time of installation.The combination of good portion of carbon and Kevlar, is "color carbon" series that takes advantage of features that can be colored。
In addition, carbon and Kevlar archenemy, as UV protection, the product has been applied clear coat.
・Carbon：Carbon fiber
・Lightly compared to glass fibers, it is very difficult to deform.
・Strength is also relatively high, compressive strength is high the features.
・Price is ten times or more glass fibers.
・Process will be to charcoal by burning the acrylic fiber in nitrogen.
・Uses: widely used in sports and leisure, aerospace field.
・Lightly compared to glass fibers, it is very difficult to deform.
・Strength is also relatively high, compressive strength is high the features.
・Price is ten times or more glass fibers.
・Process will be to charcoal by burning the acrylic fiber in nitrogen.
・Uses: widely used in sports and leisure, aerospace field.
・Kevlar：Aramid fiber
・Even lighter intensity comparable than carbon fiber.
・Although somewhat soft, high correspondingly tenaciously impact resistance.
・Price 2 times the carbon fibers.
・Production method As well as creating a chemical fiber.
・Uses: As with carbon. However Kevlar is by far advantageous in applications that require toughness.
※Kevlar is a registered trademark of Dupont Corporation.
・Even lighter intensity comparable than carbon fiber.
・Although somewhat soft, high correspondingly tenaciously impact resistance.
・Price 2 times the carbon fibers.
・Production method As well as creating a chemical fiber.
・Uses: As with carbon. However Kevlar is by far advantageous in applications that require toughness.
※Kevlar is a registered trademark of Dupont Corporation.
