Flexible climbing system scaffold "PERI SCS"

We have added site photos of the Danjiang Bridge, currently under construction in Tamsui District, New Taipei City, Taiwan (taken on August 19, 2025), to our company website (Projects). The main tower will reach a height of 200 meters above the water surface. According to the plan, the main tower will be constructed in 53 floors, with each floor featuring a complex variation in shape. As of the end of August 2025, the construction of up to the 52nd floor has been completed. The construction of the main tower has now entered its final stage. Please check our company website (Projects) for more information. ■ Project Name: "Danjiang Bridge Project" If completed, the Danjiang Bridge, designed by the late Zaha Hadid, will be the longest single-tower, asymmetrical cable-stayed bridge in the world. The construction of this reinforced concrete main tower utilizes the Perry System (SCS+VARIO and ACS+VARIO). Additionally, this project has been awarded as an all-Perry project, receiving support from the Perry Group's project and technical teams through Perry Japan as the point of contact. Perry Japan Co., Ltd.

The PERI climbing systems 'SCS', 'RCS', 'ACS', and 'CB' are utilized at various construction sites. The climbing systems, which are one of PERI's product groups, are used at construction sites around the world. These systems integrate working scaffolding and formwork systems to achieve 'improved formwork work efficiency', 'significant reduction in workforce', 'ensured accuracy in formwork construction', 'reduction of scaffolding materials', and 'safety in the work area'. There are two types of climbing methods: one that uses cranes and another that uses a movable hydraulic device instead of a crane, allowing for the selection of the optimal method based on the construction content. **For more details, please check the related products. We also hold 'product assembly experiences' and 'system formwork study sessions' at our stockyard, so please feel free to contact us.** PERI Japan Co., Ltd.

The article about the overseas site inspection of the "Tamsui River Bridge" will be published in the February 2025 issue of "Bridges and Foundations"! "Bridges and Foundations" is a specialized magazine on bridge technology published by Construction Library Co., Ltd. In late October 2024, a site inspection of the "Tamsui River Bridge" was conducted by the editorial committee of "Bridges and Foundations." The "Tamsui River Bridge" is being constructed at the estuary of the Tamsui River, which separates Tamsui District and Bali District in New Taipei City, Taiwan, facing the Taiwan Strait. Once completed, it will have the longest span in the world for a single-tower, asymmetrical cable-stayed bridge. The design plan was created by the late Zaha Hadid, a world-renowned architect, who designed the single-tower, asymmetrical cable-stayed bridge. PERI's climbing systems (SCS) and (ACS) are being used in the construction of the main tower of this "Tamsui River Bridge," which will also become a historical heritage for Taiwan. **The February 2025 issue of "Bridges and Foundations" will be released on February 6, 2025. We hope you will consider purchasing it. For information on the February 2025 issue of "Bridges and Foundations" and back issues, please refer to the related links for Construction Library Co., Ltd. and Shinano Book.com.↓↓

PERI products are used at construction sites around the world. This time, we would like to introduce the construction site of the "Saale Valley Bridge" in Naumburg, Germany. The Saale Valley Bridge spans the Saale River, which flows along the border between Saxony-Anhalt and Thuringia. With a length of 1.2 km, a width of 12.50 m, and 16 piers reaching a height of 60 m, it elegantly blends into the surrounding landscape, which has been designated as a nature reserve, despite being a large structure. PERI products were used in the construction of this bridge. PERI products: 1. SCS Climbing System 2. PERI UP 3. VARIO GT24 Wall Formwork *For more details, please refer to the PDF document or feel free to contact us.