Case Brown Synthetic Small Pen Knife - 00083
Sale
$
44.99
$62.99
Save $18.00 (29% Off)
Case Brown Synthetic Small Pen Knife - 00083, The Case Small Pen knife has a jigged brown synthetic handle with clip and pen blades made of stainless steel. Case Tru-Sharp Stainless Steel is a special high-carbon steel that hold an edge longer than conventional steel and offers extraordinary blade strength and corrosion resistance.This Small Pen is a part of our Working Knives collection. Our Working line salutes hard driving team players who answer the call and give it their all until the work is finally done. Some have rounded bolsters, others square, but all Pen knives have in common two blades on opposing ends. Varying in length from 2-5/8 to 3-3/8 inches closed, you can pick the one that best suits you. The Clip blade which sits on the pocket end while the Pen blade sits on the cap end. The Clip blade is commonly used as a multi-purpose blade and preferred for detail work. The Pen blade is great for small detailed uses, especially for everyday use such as opening envelops and boxes. This knife is constructed with Case Tru-Sharp stainless steel which is a special high-carbon steel that helps the blades hold an edge longer than conventional steel. It also offers extraordinary blade strength and corrosion resistance. Comes conveniently packaged in a box. Made in Bradford, PA, USA from domestic and imported materials. Features: Tru-sharp surgical stainless steel blades Clip and pen blades Jigged brown synthetic handle Limited lifetime warranty Clip blade - the clip blade is extremely versatile just the thing for those everyday tasks at work or around the house Clip blade - with a sharp point for piercing, the shape allows for better control of the cutting edge Pen blade - the pen blade shape was originally designed to cut and sharpen turkey quills for use as ink pens Pen blade - today, it still makes a great blade for light-duty work This heavy-duty brown synthetic handle material is a poured, molded plastic known for it's toughness and fade resistance