MERCATOR ONE - Duisburg, Germany
Project Information
- Building Type: Commercial Offices
- Construction type: New
- Completion date: 2021
- Awards: BDA Rechter Niederrhein Architecture Prize 2020 and ICONIC AWARDS 2021: Best of Best in the Corporate Architecture category.
- Photos: ©Rohl Fotografie/Saint-Gobain Glass
Products
| COOL-LITE® XTREME 70/33 | COOL-LITE® XTREME 60/28 | COOL-LITE® SKN 176 |
Description
100 meters long, 17 meters wide and 26 meters high: This is the Mercator One office and commercial building in the middle of Duisburg city center. The award-winning wing of the building with around 11,000 m2 of usable space is “the new entrance to the city, a figurehead for Duisburg”, says Bernd Muley, project manager at Hadi Teherani Architects, who designed the impressive building right next to the main train station. The highly transparent solar control glass from SAINT-GOBAIN was processed at the Vandaglas Radeburg from the CLIMAplusSECURIT network.
The striking building received the BDA Rechter Niederrhein Architecture Prize 2020 and won the ICONIC AWARDS 2021: Best of Best in the Corporate Architecture category. Around 4,500 m2 of highly
transparent solar control glass from SAINT-GOBAIN was installed in Mercator One: COOL-LITE® XTREME
60/28, COOL-LITE® XTREME 70/33 on the 6th floor and COOL-LITE® SKN 176. While this brings a lot of
natural light into the building, the high-performance coating keeps the indoor climate pleasant. In comparison
to conventional glazing, the room temperature can be kept noticeably lower.
Related products
COOL-LITE® SKN 176 & 176 II
COOL-LITE® SKN 176 and SKN 176 II sets standards in terms of aesthetics and solar control function. Both coatings, respectively the annealed and to-be-tempered version have a neutral lively reflection aesthetic.
COOL-LITE® XTREME 70/33 & 70/33 II
COOL-LITE® XTREME 70/33 and COOL-LITE® XTREME 70/33 II, respectively the annealed and to-be-tempered version of the product are the most transparent and neutral triple silver coating, bringing ample natural light into buildings while blocking two thirds of solar heat.