Pen Matte Black

Conklin Mark Twain Crescent Stealth Deluxe Ballpoint Pen Matte Carbon Fiber

Conklin Mark Twain Crescent Stealth Deluxe Ballpoint Pen Matte Carbon Fiber
Conklin Mark Twain Crescent Stealth Deluxe Ballpoint Pen Matte Carbon Fiber

Conklin Mark Twain Crescent Stealth Deluxe Ballpoint Pen Matte Carbon Fiber
Conklin Mark Twain Crescent Stealth Deluxe Ballpoint Pen - Matte Carbon Fiber. Conklin Matte Carbon Stealth Collection has solid carbon fiber barrel and all black trim and nib. The Fountain pens use the crescent filling mechanism used and promoted by Mark Twain in the early 20th Century. While the internal system is the same as one your grandparents may have used the outside has a very modern fine writing production. Each pen is handmade in Florence, Italy using a very rare technique of applying a smooth matte surface to solid carbon fiber tubes. The material is ideal for it is sturdy as steel yet light enough for perfect balance.

Conklin Mark Twain Crescent Stealth Deluxe Ballpoint Pen - Matte Carbon Fiber Features. Finish: Black Solid Carbon Fiber with a Smooth Matte Finish. We are an authorized dealer for all the brands we carry. We do not sell imitations of any sort and only carry genuine, original brand name writing instruments and accessories.

Please refer to your local import laws for details. Make sure all of your auctions have ended prior to checking out. The item "Conklin Mark Twain Crescent Stealth Deluxe Ballpoint Pen Matte Carbon Fiber" is in sale since Monday, September 26, 2016. This item is in the category "Collectibles\Pens & Writing Instruments\Pens\Ballpoint Pens\Other Collectible Ballpoint".

The seller is "goldspotpens" and is located in Matawan, New Jersey. This item can be shipped to North, South, or Latin America, all countries in Europe, all countries in continental Asia, Australia, New Zealand, Egypt, South africa, Reunion.

  • Brand: Conklin
  • MPN: CK71609
  • Material: Resin
  • Ink Color: Black


Conklin Mark Twain Crescent Stealth Deluxe Ballpoint Pen Matte Carbon Fiber