Construction Site of the Jinan Iron & Steel Huayue City Model Project
Release Time:
2016-10-14
Source:
Construction Site of the Jinan Iron & Steel Huayue City Model Project
On October 14, 2016, the demonstration project for the Huayuecheng development in Jinan, undertaken by China State Construction Eighth Engineering Bureau, commenced construction under the direct on-site supervision of General Manager Sun. The project is a high-end residential community spanning approximately 500,000 square meters. The demonstration phase employs mechanized construction methods, which are efficient and time-saving—particularly well-suited for large-scale, high-rise building projects. The successful execution of this demonstration phase drew visiting clients from Zhengzhou who are collaborating with Vanke Group, enabling them to observe and learn firsthand. Following their on-site inspection, these clients further strengthened their trust in and recognition of our company’s thick-layer self-leveling flooring products.
Thick-layer self-leveling compounds are suitable for indoor floor construction in new civil and industrial buildings, where ultra-flat, fast-setting, thick-layer self-leveling is used as the finished floor surface or leveling layer. They are also ideal for renovation and refurbishment of existing indoor floors in both new and existing civil buildings, as well as for underfloor heating systems and wood-floor installations with underfloor heating. Moreover, they offer distinct advantages in practical applications:
1. Large-scale mechanized construction is feasible, reducing labor requirements;
2. The construction thickness is 20–50 mm, with no cracking and a shrinkage rate of no more than 5 parts per ten million.
3. The flatness shall be such that the deviation measured with a 3-meter straightedge is less than 2 millimeters.
4. Foot traffic is permitted 2 hours after construction in summer or 8 hours after construction in winter.
5. No traditional curing is required;
6. No sanding is required after construction, and no traditional curing methods are needed.
