THE MINE® IRIDIUM
The most corrosion resistant metal in the world and at the tip of every fountain pen; The Mine Iridium is for those who have endured adversity and whose creativity for manifesting success flows like the tip of a fountain pen. Let the Iridium card show you the world, through our eyes.
CARD DESIGN
Each Mine member card is reminiscent of its metal counterpart in the physical world. On the top right facing corner the name of the metal lies accoutered with its corresponding atomic number to its upper left and atomic weight to the bottom right corner of the card. The etching of each card corresponds with its abstract metal counterpart. Learn more about the various finishes below.
BRUSHED
Our brushed finish, produced through a rough sanding with a 180-grit virtual belt than softened with an 80 grit greaseless compound. This process creates a distinctive look, as the Palladium retains some but not all of its metallic lustre while giving a series of lines running parallel to the brushing direction.
SAND BLASTED
Our sand blasted finish, produced when virtual dry silica abrasive particles are shot at the surface of Palladium at high velocity. The end result being a defined and textured look that appears soft to the touch.
POLISHED
Our polished finish, achieved by first using a rougher virtual abrasive that removes imperfections from the Palladium. The second stage uses finer virtual abrasives to achieve a smoother unmarked finish. The final step involves high speed virtual stationary buffers, polishing compounds and die grinders create a mirror like sheen.
SCRATCHED
Our scratched finish is formed through deep randomized slashes with a virtual aluminum oxide grinding disc. The process results in deep scratches that texturize the metal while still partially preserving its metallic luster.
MATTE
Our matte finish is first aged in a virtual solution of vinegar/salt then texturized with steel wool. Once that process is completed a quick virtual vapor blast creates the smooth matte finish.
MOLTEN
Our molten finish, created by exposing rose gold to its melting point of 1,948 degrees. Virtually heated to a boil then cooled back to its stable state creating a molten metallic finish with an aggressively textured look.