If you like a smaller knife, and are of the school that a smaller knife can do anything the big knives do, this is your knife. You will not be disappointed in the Puma SGB Blacktail size and functionality. Balance is key, and the tapered tang and forefinger grind in the scale make this knife a joy to hold and use. The Blacktail has an overall length of 7", a blade length of 3.2" and a weight of 3.0 oz. The satin finished blade is made of 4mm 1.4116 German Cutlery steel and has a Rockwell hardness of 55-57. This is a fine knife you will be proud to own and has applications in every aspect of the outdoors, including Hunting, Fishing, Camping, Tactical, Survival and Bushcrafting. Puma SGB fixed blade hunting knives also feature genuine stag handles, brass finger guard and pins, brass lined lanyard holes and large assortment of blade styles made to accommodate any outdoorsman's field dressing or skinning needs. The Puma SGB Blacktail is available in Stag and Micarta scale materials. All Puma SGB Stag handled knives come with top grain leather sheaths that are 100 percent vegetable tanned and feature a rich, durable brown aniline finish that lets the full beauty of the leather show through. All Micarta and Wood handled knives come with ballistic nylon sheaths. When it matters, would you prefer German steel or Chinese steel?
What is a Puma SGB German Steel Blade Knife? All Puma SGB knives are made from 1.4116 German Cutlery Steel which is manufactured in Germany. The German sourced blade steel is shipped to Asia, where it’s assembled and finished into knives by skilled craftsmen. Each blade is Rockwell tested to ensure a hardness between 55 - 57 and bears the dot of a Rockwell proofmark. These knives deliver the performance of superior grade 1.4116 German steel blades at popular price points never seen before. The German steel blade is strong, easy to sharpen and holds an edge longer. If you are looking for a knife that delivers legendary German blade performance, look no further then Puma SGB.
Sharp as a Razor ~ Strong as an Ax
