Manufacturer: Columbia River Knife & Tool 6490Item: 55137UPC: 794023649000Specifications and features:
CRKT Pazoda folding knife
2.625" partially serrated triple point blade
0.10" blade thickness
8Cr14MoV steel, 58-59 HRC
3.75" handle closed length
6.50" overall length open
Ambidextrous opening
Oval blade hole
Frame lock
Gray titanium nitride coated
Stainless steel frame
Stainless steel gear and pocket clip
3.1 ounces
Limited lifetime warranty
For warranty issues, contact 800-891-3100 or info@crkt.com
Pazoda Knife, Partially Serrated -
The knife is the Pazoda Knife that features a 2.625" partially serrated drop point blade made of 8Cr14MoV stainless steel, .10" thick, with a Rockwell hardness of 58-59. The blade of this knife has a gray titanium nitride coat, a notched thumb rest for secure grip and an oval hole for ambidextrous one hand opening. The two tone stainless steel handle, 3.75" closed, has a frame lock and a lanyard hole. A removable stainless steel pocket clip is mounted at the pivot end of this knife.
Serrated Blade -
A serrated blade has a cutting edge that has many small points of contact with the material being cut. By having less contact area than a smooth blade, the applied force at each point of contact is relatively greater and the points of contact are at a sharper angle to the material being cut.
8Cr14MoV -
Chinese steel with similar performance characteristics to AUS 8. An excellent value priced steel for its performance.Stainless Steel -
An alloy steel containing 12 percent or more chromium, so as to be resistant to rust and attack from various chemicals.
Titanium Nitride -
Extremely hard ceramic material, often used as a coating on titanium alloys, steel, carbide, and aluminum components to improve the substrate's surface properties.
Ambidextrous -
Using both hands with equal ease. Pertaining to knives, it is a knife that is not solely designed for a left or right handed person but can be used with equal ease by both hands.
Lanyard Hole -
This is a hole to fit a lanyard, rope or carrying implement through.
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