Recently, DYNA Wanhua global R&D center expansion project and incubation base project won two provincial engineering construction method certificates in Shandong Province. The project adopts the assembly technology independently developed by DYNA. All components of the universal integrated support hanger are prefabricated in the factory, without welding, drilling, etc., at the construction site, only on-site assembly is required, which greatly shortens the installation time of the support hanger. At the same time, the future use of high safety, maintenance costs are also greatly reduced. The installation process does not need welding and open fire, the finished bracket material is made of galvanized steel, the material has strong anti-corrosion, no need for traditional hanger anti-corrosion (paint or galvanized) process treatment, put an end to security risks, will not cause pollution to the environment, to meet the green building installation energy saving, emission reduction, safety, environmental protection requirements. Its advantages can be summarized as follows:
1, factory production, on-site assembly construction, no need to cut, fire, welding.
2, the use of spray galvanized materials, no need for anti-corrosion paint, neat and beautiful.
3, the material is less than the traditional steel, saving about 20% of steel.
4, reduce the amount of high-altitude work and on-site material transport.
5, mechanized assembly, reduce labor costs, shorten the construction period, improve installation efficiency and safety.
6, combined components, assembly construction, convenient for later maintenance.
The patent of virtual laboratory integrated support hanger without ceiling based on REVIT software adopts highly accurate BIM design, factory parts are prefabricated and assembled by modular integrated support components, which can be upgraded and installed as a whole, making the electromechanical layer more flexible and flexible, and can be assembled at will, fixed and connected to any equipment. Suitable for laboratory and large building ceiling electromechanical integrated pipeline construction. The modular component is composed of base, vertical rod, cross bar, connecting parts and fixed parts, etc. The bearing capacity and deflection are checked by professional support design software, and the safe bearing capacity of the whole support and hanger is finally ensured after installation through continuous simulation and comparative analysis and adjustment of BIM design. Save more than 30% of the steel used for on-site support hangers; Can reduce labor costs by more than 50%; Shorten the construction period by more than 50%; Reduce the working time at altitude by more than 50% and reduce the safety accident rate; Through factory prefabrication, more than 90% of paint pollution and more than 90% of welding operations on the construction site can be reduced, which can better meet the requirements of energy saving, emission reduction, safety and environmental protection for green building installation.
At present, this technology has been widely used in the expansion project of DYNA Wanhua global R&D center and the incubation base project. The construction method sets BIM software design, factory prefabrication, modular assembly, and can be improved and installed as a whole, which can achieve energy saving, emission reduction, safety, environmental protection, short construction period, safety and efficiency, corrosion resistance, beautiful and other advantages. The combined component has good versatility, and the application prospect is wide.
Recently, DYNA Wanhua global R&D center expansion project and incubation base project won two provincial engineering construction method certificates in Shandong Province. The project adopts the assembly technology independently developed by DYNA. All components of the universal integrated support hanger are prefabricated in the factory, without welding, drilling, etc., at the construction site, only on-site assembly is required, which greatly shortens the installation time of the support hanger. At the same time, the future use of high safety, maintenance costs are also greatly reduced. The installation process does not need welding and open fire, the finished bracket material is made of galvanized steel, the material has strong anti-corrosion, no need for traditional hanger anti-corrosion (paint or galvanized) process treatment, put an end to security risks, will not cause pollution to the environment, to meet the green building installation energy saving, emission reduction, safety, environmental protection requirements. Its advantages can be summarized as follows:
1, factory production, on-site assembly construction, no need to cut, fire, welding.
2, the use of spray galvanized materials, no need for anti-corrosion paint, neat and beautiful.
3, the material is less than the traditional steel, saving about 20% of steel.
4, reduce the amount of high-altitude work and on-site material transport.
5, mechanized assembly, reduce labor costs, shorten the construction period, improve installation efficiency and safety.
6, combined components, assembly construction, convenient for later maintenance.
The patent of virtual laboratory integrated support hanger without ceiling based on REVIT software adopts highly accurate BIM design, factory parts are prefabricated and assembled by modular integrated support components, which can be upgraded and installed as a whole, making the electromechanical layer more flexible and flexible, and can be assembled at will, fixed and connected to any equipment. Suitable for laboratory and large building ceiling electromechanical integrated pipeline construction. The modular component is composed of base, vertical rod, cross bar, connecting parts and fixed parts, etc. The bearing capacity and deflection are checked by professional support design software, and the safe bearing capacity of the whole support and hanger is finally ensured after installation through continuous simulation and comparative analysis and adjustment of BIM design. Save more than 30% of the steel used for on-site support hangers; Can reduce labor costs by more than 50%; Shorten the construction period by more than 50%; Reduce the working time at altitude by more than 50% and reduce the safety accident rate; Through factory prefabrication, more than 90% of paint pollution and more than 90% of welding operations on the construction site can be reduced, which can better meet the requirements of energy saving, emission reduction, safety and environmental protection for green building installation.
At present, this technology has been widely used in the expansion project of DYNA Wanhua global R&D center and the incubation base project. The construction method sets BIM software design, factory prefabrication, modular assembly, and can be improved and installed as a whole, which can achieve energy saving, emission reduction, safety, environmental protection, short construction period, safety and efficiency, corrosion resistance, beautiful and other advantages. The combined component has good versatility, and the application prospect is wide.
