PROTECH “Magic” automatic side jump knife

Description

Overall length: 180mm, blade length: 78mm, knife thickness: 2.8mm, blade material: 154-CM, handle material: aviation aluminum alloy + advanced color carbon brazing dimension total weight 68g. surface: CNC glossy + high strength oxidation black, process: knife body with precise CNC water grinding treatment, handle overall CNC computer logic (CNC) line processing. 2015 USN Knife Show Collection] PROTECH super technology Magic BR-1 series side jump is designed by Mike “Whiskers” Allen, and the reason why it is called “magic”, is because the first time you see the PR series knives, you will wonder Is this an automatic knife or not (no button mechanism)? It’s like magic, with a hidden unlocking mechanism. This PR-1.51 uses 154CM stainless steel as the blade material, and the surface is treated with a CNC water-grinding process to eliminate reflections and increase rust resistance. The straight edge part of the blade is treated with a flat grinding process to provide the excellent cutting ability and meet the needs of everyday utility. The steel mark and brand logo are engraved on one side of the blade PROTECH teardrop tip are supplemented by a false edge on the back to make the tip of the blade sharper and tougher for penetration. The black anodized T6 aluminum handle has excellent curves for a perfect fit in the hand, and the handle comes with a premium imported colored carbon brazed dimensional patch. The padded front section of the knife with a non-slip pattern is the unlocking mechanism, held in place by two hexagonal screws for your one-handed use. The black coated knife clip makes this ultra-technical more convenient to carry around, and the craftsmanship skills of the ultra-technical are reflected in this piece. This PROTECH series knife is a great way to expand the lineup of UltraTech knives, and when you actually take this knife to work on something, you can see why this is our best-selling new knife.
154CM is an improved 440C high molybdenum steel, which increases the wear resistance of the material (especially the rolled edge resistance) and improves the corrosion resistance of the material while having better machinability.