Precautions for cleaning the exterior walls of steel structure workshops and construction issues of light steel prefabricated buildings

{1}. Precautions for Cleaning the Exterior walls of Steel Structure Workshops
Steel structure factory buildings: Industrial factory buildings are under vigorous construction, and steel structure factory buildings feature unique design, diversified architectural shapes, clear colors, relatively high scale of steel component manufacturing, low cost, short construction period, simple installation and construction, and flexible layout. Stainless steel plates have advantages such as light weight, convenient material selection for design scheme calculation, and recyclability, which have made steel structures widely chosen in modern factories. In addition, how to maintain and service steel structure workshops in the middle and later stages of application is also very important. The following introduces the maintenance and service methods of steel structure workshops in the middle and later stages of application.
Maintenance and care of steel structure workshops: 1. Steel structure workshops are the overall connection of structural components. Electricity, lighting fixtures, and wires should not be directly tied to the steel components. Instead, conduits or wire troughs should be installed for protection to prevent electric shock accidents.
2. Steel structure components should be repainted and maintained once every three years to enhance the overall appearance of the steel structure factory building and extend its service life.
After the detailed installation of the steel structure factory building, the residents of the community are not allowed to privately carry out any structural changes, disassemble or assemble the anchor bolt components, or raise or lower the partition walls. If any changes are needed, they should be discussed and agreed upon with the steel structure manufacturing enterprise before making any alterations.
Maintenance of steel structure workshops: 1. Steel structure workshops must be cleaned and maintained on time. Generally, a routine physical examination should be conducted at least once a year to identify potential problems
2. If there is any damage to the surface of the metal sheets in the steel structure factory building, it should be immediately prevented from being corroded by wind and sun exposure. If all high-elasticity nanocomposite materials are selected for brushing, they can be used to protect the metal roof and have reasonable heat insulation and heat preservation effects, saving the energy for air conditioning in the room.
3. The cleaning of the exterior walls of steel structure workshops largely depends on the natural environment. When cleaning the surface, be sure to pay attention to no scratches. Do not use bleach, daily chemical products containing grinding, wire brushes or damaged items. Clean from top to bottom with clean water.
4. Tree branches, fallen leaves and other similar items must be removed immediately.
{II}. Problems Existing in the Construction Stage of Light Steel Structure Prefabricated buildings
Light steel structure prefabricated buildings are “assembled” from various building components, so during the construction stage, it is necessary to manage the construction and installation of a large number of building components. At present, the common problems in the construction stage of light steel structure prefabricated buildings mainly include deviations of building components leading to abnormal installation, a large number of building components causing management chaos, improper construction of building components resulting in idling, and engineering accidents during the installation process of components causing on-site work stoppage, etc.
At present, the quantity of components in light steel structure prefabricated buildings is mainly classified and counted manually through two-dimensional drawings. This approach is often inefficient and prone to errors. The traditional processing of steel components involves designers transferring the detailed drawings of steel structures to steel processing plants for the production of steel structure workshops. During this process, manual classification of material specifications and quantity statistics are required. Errors and mistakes are inevitable during the production process, which leads to the inability to install steel components normally.
After the components are transported to the construction site, progress management is mainly carried out based on the bar chart and the corresponding construction plan. This management approach cannot visually determine the logical relationship among various construction tasks and cannot directly analyze the factors causing progress deviations. As the project continues to progress, the problem of schedule deviation becomes increasingly serious, causing great difficulties in schedule management and even affecting the final project quality.
During the construction stage of light steel structure prefabricated buildings, the number of components is large, involving a great deal of cost information on components, machinery, labor, etc., which leads to significant difficulties in cost control and optimized management during the construction process.
Therefore, traditional construction management can no longer meet the demands of light steel structure prefabricated buildings. How to reasonably formulate construction plans, optimize progress management, and properly manage components and arrange the site during the construction process of light steel structure prefabricated buildings has become a difficult problem faced by project managers.