LionSteel钢狮(意大利)SR11BB BlackWash 2017美国刀展年度双重冠军奖项型号 SR11黑色石洗特别版 全钛手柄+SELIPNER钢 IKBS轴承开启+专利锁定 ()
官網建議價:¥2800
品 牌 FOX 狐狸 (意大利品牌,官网地址:www.foxknives.com ) 型 号 # FX-CED-M3S "Combative Edge" M3-S 尖锋任务 半齿战斗折刀 产 地 意大利 全 长 21 cm 刃 长 8.5 cm 柄 长 12.5 cm 刀刃钢材 N690co 钢材硬度 59-60 HRC 刀刃厚度 4 mm 手柄材质 一侧为美国绿色米卡塔,另外一侧一体钛金属材质。
表面涂层 DLC涂层 重量 145克 类型 FOX战术系列 锁定方式 一体框架锁 包装规格 纸盒 限制 未成年人请勿购买! 本品仅供收藏 FOX "CED -CS-M3S” Combative Folder
THE NEW WAY OF THINKING KNIVES Titanium GRADE 5 on the spine and N690Co Cobalt Vanadium steel on the edge, the result is this new futurist way to make blades. The COBALTITAN range reduce the weight of the blades keeping the same long edge resistant and performances. We have an Hardness of HRC 59-60 on the cutting and around 49-50 HRC on the spine. These brand new products are actually the highest performances knives in the market, the blades are very strong giving all the cutting performances of an high quality steel blade and in the same time also the a better resistant to corrosion of a regular full steel knife. The Titanium gives also a better flexibility to all the knife. The weight of the blade is reduce of a 20% , this is very important point especially for military and law enforcement personnel that needs to carry a lot of products during their missions. FOX N.E.R.O "NIGHTHAWK” COBALTITAN FOLDER Blade spine:
意大利FOX刀厂致力於生產出最佳的刀子和工具,它結合最古老的技巧與最新的工業技術。秉承意大利人的严谨与精致的手工,呈现给您的是具有艺术品质般的刀具。
Grade 5 titanium bead blasted finishing. Length mm 95, thickness mm 5. Blade Edge:
Stainless steel N690CO cobalt vanadium with an hardness of HRC 59-60, bead blasted finishing. Length mm 95. Handles:
CNC machined coarse textured G10 length mm 115 thickness mm 5 CNC machined 6061 aluminum anodized back side spacer. Reversible stainless steel clip IDROGLIDER coated.简介:
此款FOX“ M3 尖锋任务 战斗刀,采用N690Co强化钴不锈钢制造,表面配以DLC类金刚石涂层,硬度可以达到72-75HRC,半齿型组合刀锋,手柄单侧为绿色米卡塔,另外一侧为一体式钛金属材质,采用CR一体框架锁结构,坚固耐用;采用人体工程学设计,由实战大师经过实战经验设计而来,专为最尖端的战术人员所设计。
关于PVD涂层:
"Physical Vapor Deposition" is a variety of vacuum deposition methods used to deposit thin films by the condensation of a vaporized form of the desired film material onto various workpiece surface. The coating method involves purely physical process such as high temperature vacuum evaporation with subsequent condensation.
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