Temjin Series TJ07B-W

Introduction

With a rich history in building full-size all aluminum tower cases
dating back to 1999, SilverStone's talented R&D team created yet
another benchmark in a class it created. The TJ07 is a culmination of
years of experience as it fuses the latest in manufacturing process,
thermal concept, ergonomic design, and attractive aesthetics.
The
main structure for the TJ07 is crafted from a solid extruded aluminum
panel measuring more than 164cm (5.3 feet) in length and 4mm to 8mm in
thickness. Using a process never before seen in PC cases, the panel was
then arched precisely on two sides with automotive-caliber press
machines to create the top, front, and bottom sides of the chassis. The
end result is an aluminum chassis frame with more than twice the
structural rigidity over average steel cases, helping to practically
eliminate vibration-induced noise. Thanks to this process, SilverStone
engineers was freed to place more large fans at strategic positions to
significantly improve cooling while keeping noise to a minimum.
A
new ergonomic layout was also designed with experiences learned from
previous Temjin cases so installation is incredibly simple without any
obstructions for users of all levels and components. For advanced
enthusiasts, the TJ07's simplistic approach with minimal use of rivets
will also prove to be a delight because it provides plenty of easily
accessible spaces for additional equipments or modifications. To
complement the excellent functionality, SilverStone designers added
subtle details in surface finish and structural tweaks learned from
building home theater PC cases to enhance the look of the already
powerful one piece frame. The TJ07 is truly as impressive to see in
person as it appears on paper, the way a flagship tower case should be.

Special Feature:

Next generation flagship tower case
Unprecedented uni-body frame constructed with automotive machinery
Premium all-aluminum chassis with capacity up to extended ATX, SSI
Exceptional cooling potential with calculated airflow design
User friendly layout with tool-less access
Minimal use of rivets for maximum serviceability