PROTECH American super technology "Magic II" automatic side jump

PROTECH American super technology "Magic second generation" automatic side jump export Total length: 220mm, blade length: 100mm, knife thickness: 3.2mm, blade material: 154-CM, handle material: aviation aluminum alloy + advanced carbon fiber surface: CNC smooth + high strength black plated titanium, process: The tool body adopts precise numerical control water grinding treatment, and the whole handle adopts numerical control computer logic (CNC) line processing. The 2015 USN Knife Show collection PROTECH Super Technology Magic BR-2 Series side jump was designed by Mike "Allen, and the reason why it was called" Magic "is because when I first saw the PR Series knife, You wonder if this is an automatic knife (no button mechanism)? As if by magic, the hidden lock mechanism. The PR-1.51 is made of 154CM stainless steel with a CNC water grinding process to eliminate reflections and increase rust resistance. The straight edge part of the tool body adopts the flat grinding process to provide excellent cutting ability to meet the daily practical needs. The steel label and brand LOGO PROTECH water drop tip are engraved on one side of the tool body and supplemented by the false edge on the back, making the piercing force of the tool tip sharper and more powerful. The black anodized T6 aluminium handle has excellent curves and a perfect fit to the hand, and the handle is fitted with a premium imported carbon fiber patch. The cushion part of the handle is the unlocking mechanism, which is secured by two hex screws for easy use with one hand. The black coated knife holder makes this super technology more convenient to carry around, and the super technical craftsmanship is fully reflected in this piece. This PROTECH series is an excellent extension of the ultra-technical knife camp, and when you actually handle something with this knife, you will understand why it is our best-selling new knife.

154CM is a 440C high molybdenum modified steel, on the basis of 440C to increase the wear resistance of the material (especially the anti-rolling edge performance) to improve the corrosion resistance of the material, while having better machining performance.