What is traditionally known as carbon fibre is, in actual fact, a fabric of thin fibres held together by a resin. It is lightweight and resistant but has many limitations, especially if it is used for writing implements, such as creating complex curves or different inner and outer profiles. Forged carbon resolves these problems and many others experienced by carbon fibre. How does it do that? In two words: discontinuous fibres.
Forged composite material forgoes weaving, using carefully arranged fibres mixed with resin, which forms in a heated press at high pressure. The resulting compound is strong in every direction without the additional cost or complexity of having to add more than one layer of material the way you need to do with woven carbon fibres. A large part of the work in developing Forged Composite material has involved making sure that the end product is extremely strong. A further aesthetic bonus of casual fibres is that every end product is as unique as a snowflake. This Great Beauty is the first pen ever made in Forged Carbon.
Twist Magnetic Lock: A Pineider Invention
Pineider has invented a new pen closure system capable of combining the pleasure of the screw cap with the immediacy and security of the magnetic closure. In Pineider's patent, the polarisation of the magnets makes for a soft opening and even more satisfying closure: you can open the pen slowly or you can watch it rotate on itself in your fingers while waiting to hear the pen close.
The Clip: A Goose Quill
The Goose Quill has been the chief writing implement since the fall of the Roman Empire and was used to write all things, from the Magna Carta to the American Declaration of Independence. The Goose Quill is freely interpreted for each pen on which it is bestowed, playing the crucial role of supporting the pen and allowing it to show itself to its best advantage. Pineider strives to recreate the quill as classical, young, technological, futuristic and invariably compliant with the principles of “Human Design”.