The North American company Black Diamond is best known for its wide range of climbing equipment, but they have also been producing more and more winter sports equipment for a number of years. The backpacks - especially those with an integrated avalung system - and climbing skins are just two of the many pieces of equipment that have long since established themselves on the market thanks to their quality.
The ski line is still somewhat less prominent in Europe, although it has been continuously improved for years and some freeride professionals, such as Samuel Anthamatten from Zermatt, rely on the skis with the black diamonds. As a long-standing partner, PowderGuide had the opportunity to test some of next year's models on various occasions.
Own ski factory in China
In contrast to other ski manufacturers, Black Diamond is currently taking an acyclical approach. Although many companies are now foregoing their own production for cost reasons, Black Diamond decided to set up a ski factory in China in 2011. Black Diamond skis have been produced in this factory since 2012. The biggest advantage is better control of all production steps and easier implementation of new manufacturing methods.
The first skis from this factory will be launched on the market next fall (winter 2013/2014). The factory will mainly employ specially trained engineers and Black Diamond is trying to meet modern sustainability requirements through sustainable management. A large proportion of the electricity consumed is generated by solar power and all skis produced are shipped by ship to the European warehouse in Basel on the Rhine. For quality reasons, however, only materials from Germany are used for ski construction (except for the wood).
A major change in production that clearly points in the direction of greater quality and durability: All skis are now built as a sandwich construction and therefore with ABS sidewalls without exception (previously only on the Zealot and Verdict models). The different layers are glued together using the so-called prepreg technique. This means that it is no longer necessary to spread liquid epoxy adhesive, as this is already present in the respective layers (in dry form) and is activated by the pressure. A technique that was developed for aircraft construction and is now used in many industrial manufacturing processes. This ensures perfect distribution and utilization of the adhesive. This results in a more homogeneous flex (even distribution) and less weight (superfluous - in a double sense - glue is avoided). The result is that all ski models will be lighter next year. The three-dimensional surface structure that has been used for a few years now will be retained on all ski models due to the increased torsional stability.