Halfbreed Blades Compact Field Knife - Fixed Blade - Wharncliffe CFK-04 STN - N6 recenzia

Halfbreed Blades CFK-04 | N690 | Stonewash | Wharncliffe Engineered for compact utility and superior cutting performance, the CFK-04 from Halfbreed Blades offers a sturdy fixed blade within a lightweight, minimalist design. Featuring a Wharncliffe blade and a skeletonized handle, this knife is equipped for everything from EDC tasks to field operations—without unnecessary bulk. Key Features Blade: 102 mm (4.01") Wharncliffe blade crafted from Austrian Böhler N690 stainless steel with a hardness of 59–60 HRC. The edge is meticulously polished for sharpness and boasts a rugged stonewashed finish that enhances wear resistance while reducing visible scratches and reflections. Blade Geometry: The straight cutting edge and fine point provide excellent control for slicing and piercing tasks. The flat grind and reinforced tip boost performance in both detailed and forceful applications. Handle: Full-tang, skeletonized N690 steel handle with rounded edges for comfort. Ergonomically shaped with aggressive jimping at key contact points to ensure secure control, even with bare hands. A large finger choil enhances grip during precision work. The handle can be wrapped with paracord if desired. Sheath: Injection-molded plastic sheath, compatible with PALS/MOLLE systems. Includes Ulticlip and DOTS Belt Clip for versatile carry options: vertical, horizontal, or inverted neck carry. Carry System: Designed with modularity in mind, the sheath ensures secure retention and easy maintenance. The carry kit includes premium mounting hardware for adaptable use in various environments. Extras: Packaged in a presentation case with a certificate of authenticity, warranty card, spec sheet, morale patch, and vinyl sticker. Origin: Australian and Taiwan Manufacture Compact, dependable, and fully modular, the CFK-04 is crafted to be your reliable companion whether worn on the belt, pack, or around the neck. Ideal for field professionals and EDC users seeking performance in a compact form.