Visconti Homo Sapiens Black Medium Lava Steel Age Fountain pen

Description

Visconti celebrates the Steel Age and adds a brand new dimension to its standard Homo Sapiens collection with the Homo Sapiens Steel Age Maxi Fountain Pen! This lava-forged, Just about indestructible miracle of writing technology is a pleasure to jot down with and can make an elegant addition to any writing instrument enthusiast’s fountain pen collection. The unique bronze trims of the Homo Sapiens pen have been replaced with stainless marine steel, signifying man’s economic evolution and technological advancement. The steel is combined with a subject matter as ancient as the sector – lava from the active volcano, Mt. Etna, to create the bizarre writing instruments. Visconti lava is Just about unbreakable, resilient, flameproof and relatively hygroscopic to take in moisture out of your hand. The outside of the Homo Sapiens fountain pen is strangely heat to touch and at ease within the hand – great for on a regular basis writing. The Homo Sapiens Maxi fountain pen features the Visconti 23K 950 palladium Dreamtouch nib that may be amazingly flexible and makes writing a dream! The massive Maxi fountain pen is loaded with ink the usage of a piston-filler. You’ll also benefit from the improbable advantages of Homo Sapiens in a Midi fountain pen, capped rollerball, twist ballpoint pen or 0.7mm pencil. The Visconti Homo Sapiens Steel Age Maxi Fountain Pen Features 23K palladium Dream Touch nib in XF, F, M, B or STUB Piston-filler for bottle ink loading Just about unbreakable and flameproof subject matter is in reality distinctive Forged from lava from Mt. Etna, an active volcano The lava barrel is relatively hygroscopic, soaking up the moisture out of your hand
Signifies man’s economic evolution and technological advancement
Just about unbreakable and flameproof subject matter is in reality distinctive
Forged from lava harvested from Mt. Etna, an active volcano
The lava barrel is relatively hygroscopic, soaking up the moisture out of your hand
Surface is relatively heat to touch and at ease within the hand