Development

In 2009, we established "Anshan Furuida Construction Engineering Co., Ltd", which is the predecessor of Liaoning Furuida Construction Technology Co., Ltd. The company is a steel structure building design, production, construction for the main general contracting construction enterprises.
In the same year, we developed a steel structure bulk grain warehouse, and built the first steel structure corn bulk grain warehouse in Xinyuan Grain Co., Ltd., Haicheng City, Liaoning Province. The warehouse is 42 meters wide and 120 meters long, bearing 6 meters of grain and loading 22000 tons of grain. After a two-month construction period, the owner successfully installed it that year. On the food. Therefore, we began to conduct a full range of performance monitoring of the warehouse. Until 2012, a large number of relevant data and structural strength of the relevant experience, and the building system and related force calculation model to further improve.
At the same time, I had full theoretical communication and application analysis of construction specifications with experts from major design institutes and drawing review centers including the Northeast Grain Institute. From then on, we began to officially introduce the steel structure bulk grain warehouse to the market.
In 2012, we officially changed the company name to "Liaoning Furuida Construction Technology Co., Ltd.", clearly positioning the development leading idea of "improving the competitiveness of enterprises through scientific and technological innovation", and solving the core problems of construction industrialization as the goal. While we extended the research results of the steel structure bulk grain warehouse to the majority of private enterprises, we also extended it to state-owned enterprises such as Panjin Grain Depot and Liaoning Grain Group, and assisted central enterprises such as China Grain Storage in the design of grain warehouses. Our research results have been recognized by the majority of users, and to our company to create a greater economic benefits.
In 2013, in order to improve the construction application standards of the steel structure bulk grain depot system, we began to carry out the research and development of the upgrading of the grain depot enclosure system, and achieved the first generation of research and development results.
In 2016, relying on the first generation standardized enclosure system of the grain depot system, we formally developed our second generation enclosure system "upgrading of industrial building enclosure system".
In 2018, the second-generation enclosure system was successfully developed and officially introduced to the market. The realization of the second generation of the enclosure system makes us confident in our commitment to the user "lifetime warranty on the construction process". Our building envelope system is superior to the advanced level of similar international system products, and has been recognized and applied by the majority of users. The success of the building envelope system upgrade has not only upgraded the building standards of the steel structure bulk grain warehouse enclosure system, but also enabled our industrial building system to win unique market competitiveness in the market. With the upgrading of our enclosure system, the pain points of the industrial building enclosure system have basically been solved.
In 2020, we are developing a third-generation containment system that will change the existing assembly model. In view of the last pain point that the enclosure system still needs a large number of on-site installers to assemble and assemble, we have formulated the enclosure system factory assembly type, and the assembly rate strives to reach the product development target of 100. At present, a complete breakthrough at the theoretical level has been completed.
Through the experience accumulated by studying the industrial building system, starting from 2018, we have deeply developed low-rise and multi-storey civil assembly buildings, that is, the "light steel structure assembly and decoration integrated building" system. The building system is different from the traditional light steel structure assembly system, not only the factory assembly rate should reach more than 90%, but also the factory decoration rate should reach more than 90%. Let the product factory intelligent assembly, let the site construction like assembly panel furniture, more simple. At present, the system has been protected by four invention patents and a number of utility model patents. We are working on the establishment and formulation of the system's Liaoning local standards. In the formulation of this standard, the system scheme should be verified by force analysis and force experiment. After the standard is completed, we will further develop the design software with Tongji University and other institutions and companies with architectural design software development. The purpose of software development is to make the house design directly automatically generate the model according to the idea, generate the characteristic parameters of the structure and the production node of the structure to form the CN code of the equipment application, so as to ensure that the equipment reads the CN code to automatically produce keel components. At the same time, the same equipment manufacturers to develop hardware, hardware is the application of information technology to achieve intelligent production equipment. For example, for the wall surface of a building, the equipment produces the main components and auxiliary components for building the building by reading the CN code, and then puts them on the automatic production line for scanning and assembly. The manipulator connects screws and welding nodes, and finally builds the house like a car. To complete the above system, it is necessary to promote the assembly building system to the whole country. In this way, the company will be transferred from the downstream middle and low-end industry to the upstream high-end operation service industry, and truly realize the transformation and upgrading of the enterprise.
From the company's first patented building product "a steel structure bulk grain warehouse" to "industrial building enclosure system upgrade", and the future development of "a light steel structure assembly and decoration integrated building", our company All of them focus on the core issues of building industrialization such as building design standardization, product factoryization, construction assembly, decoration integration, and management informatization, to solve building plans and formulate development goals.