ABOUT HONGXIN
Your Trusted Partner in Global Construction Solutions
Hebei Hongxin Engineering Technology Co., Ltd.
Established in 2017, Hebei Hongxin Engineering Technology Co., Ltd. is a technology enterprise specializing in the research, development, production, sales, and leasing of fully-automatic attached lifting scaffolds, steel formwork, and hanging baskets. Its headquarters, R&D center, and manufacturing base are located in the East Industrial Development Zone of Xian County, Cangzhou City, Hebei Province. With its business covering the entire nation, the company has also established branch offices across China.
PRODUCTS
Project Cases
Project construction site
Climbing construction site
Zhongdian Bridge Baoding City Urban Renewal Lianchi District Urban Village Renovation Project
CCCC Tianjin Xiyingmen Urban Renewal Industry City Integration Zone Residential Project
China Railway 22nd Bureau Jinwei High speed Railway Cross Beijing Tianjin Tangshan High speed Bridge Project
China Railway Tenth Bureau Jinwei High speed Railway crosses the Weiri High speed Bridge,
Climbing construction site
Project construction site
Technical Services
As a reliable partner, we are supporting our customers with innovative products and professional services.
Technology innovation leads the future.
R&D Capability
Design Support
IUR Cooperation
On-site Services
FAQ
What is a climbing frame?
Climbing frame is a large external scaffold that is erected at a certain height and attached to the engineering structure. It relies on its own lifting equipment and devices to climb or descend layer by layer with the engineering structure. It has anti overturning and anti falling devices.
What is the basic principle of form traveler construction?
The core principle is "balanced cantilever construction". Starting from block 0 at the top of the bridge pier, the hanging basket is symmetrically installed on both sides. After completing the concrete pouring of a section (usually 3-5 meters long) and reaching strength, the hanging basket moves forward (travels) to the position of one section to proceed with the construction of the next section. This cycle continues until the bridge is closed at the mid span.
What project is the form traveler mainly used for?
Long span continuous beam bridges, continuous rigid frame bridges, cable-stayed bridges, arch bridges, etc. are particularly suitable for crossing deep valleys, rivers, highways, and other situations where scaffolding is not easy to build.
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