The key to making full use of steel structure workshops is to optimize design, strengthen the seismic design, strengthen the anti-corrosion design, pay attention to economy and practicality, and take measures to prevent and cure common quality problems. Minghua Steel Structure will introduce you to the steel structure workshop through the following article
Optimized design
- The design of the steel structure workshop support system should consider factors such as the workshop's span, height, and load conditions.
- To ensure the overall stability of the steel structure factory building, rigid tie rods should be set up between the column support system and the columns. At the same time, column foot supports should be set around the columns, and profiled steel plates should be put in the middle of the columns to withstand the use of the factory building. the vertical load generated in the.
- In addition, to enhance the stiffness and stability of the steel structure factory building, profiled steel plates should be installed between the roof truss support system and the columns to strengthen the connection strength between the steel roof truss structure and the columns.
Strengthen earthquake-resistant design
- Steel structure workshops take reasonable anti-seismic measures. Such as "strong columns and weak beams", "strong shear and weak bending", "strong nodes and weak members" and other principles.
- Improve the seismic performance of the steel structure workshop by setting up steel column stiffeners, horizontal supports, and steel diagonal braces.
Design for corrosion protection
The corrosion of the steel structure workshop is mainly caused by the action of oxygen, moisture, and other corrosive media on the surface of the steel structure in air or water, and the main forms of corrosion are chemical corrosion, electrochemical corrosion, and their mixed corrosion, etc. The corrosion prevention design of steel structure workshops should adopt corresponding measures according to the actual situation. The corrosion prevention design of steel structure plant should adopt corresponding measures according to the actual situation:
1. Surface treatment
When carrying out anti-corrosion work on steel structure workshops, the surface must be treated first. Including cleaning, rust removal, sandblasting, etc. to ensure that the paint can firmly adhere to the surface of the steel structure.
2. Apply anti-corrosion coating
Epoxy resin coatings are generally used in steel structure workshops. For example, painting epoxy resin coatings on the inner surface of the factory building can effectively improve the anti-corrosion performance of the steel structure industrial factory building.
Specifically, epoxy resin paint is a paint that forms a three-dimensional network structure through chemical bonds. It has a certain degree of flexibility and toughness and does not powder in the air.
Therefore, when applying epoxy resin paint in steel structure industrial plants, it can prevent powdering due to excessive humidity during the construction process.
3. Other anti-corrosion measures
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Use weather-resistant steel
Because of its special metal composition, it can form a protective layer on the metal surface to improve corrosion resistance.
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Hot-dip galvanizing
By immersing the rust-removed steel components in molten zinc liquid, a zinc layer is attached to the surface of the steel components to prevent corrosion.
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Thermal spray aluminum (zinc) composite coating
After rust removal by sandblasting, the aluminum (zinc) wire is melted and sprayed onto the surface of the steel component using an acetylene-oxygen flame to form a protective layer.
Focus on economic practicality
During the design process of the steel structure workshop, it is necessary to adhere to practical principles and save the amount of steel as much as possible while ensuring safety. By ensuring the accuracy of the load, selecting reasonable design sections and models of beams and columns, and solving the vibration problem of the steel structure, we can achieve economical and practical goals.
Common quality problems and preventive measures
Check from the source, and adopt appropriate materials based on their performance and the actual conditions of the steel structure workshop. Pay attention to surface quality problems of steel, such as scars, surface cracks, and subcutaneous bubbles, as well as problems that may occur during long-term use, such as looseness, slag inclusion, peeling, etc.
To know more about steel structure, please contact Minghua Steel Structure






