Recently, there are many people who pay attention to the analysis of the construction technology of 90-thick embedded parts, but there are not many people who may really understand.
Embedded parts are an important material used to fix and support beams, columns, walls and other components in common construction projects. Its construction technology plays a key role in construction projects and has an important impact on the firmness and safety of the overall structure. This paper will make an in-depth analysis of the construction technology of 90-thick embedded parts and explain its related knowledge.
90 thick embedded parts refer to the thickness of the embedded parts is 90 mm. There are many types of embedded parts, including screws, wedges, expansion bolts, etc., and different types of embedded parts have their unique applications and characteristics in the construction process.
The construction technology analysis of 90 thick embedded parts mainly includes the following aspects:
1. Pre-construction preparations: Before construction, the quality and quantity of embedded parts should be carefully checked to ensure that they are consistent with the design requirements, and the accurate location and layout should be determined according to the design drawings. At the same time, it is also necessary to prepare the relevant tools and equipment, including electric wrenches, verticality meters, etc.
2. Fixation of embedded parts: Before fixing the embedded parts, it is necessary to clean the positioning holes of beams, columns, walls and other components and the holes of embedded parts, and then insert the embedded parts into the holes and use an electric wrench to tighten them. In the fastening process, it is necessary to pay attention to maintaining the tight connection between the embedded parts and the components, and avoid damaging the embedded parts.
3. Control of the construction process: When carrying out the construction of embedded parts, it is necessary to control the construction process according to the design requirements. Including the arrangement of embedded parts, the position of individual embedded parts, the flatness of the top surface, etc. At the same time, it is also necessary to pay attention to the fixing strength of the embedded parts, which should not be too tight or too loose.
Fourth, the inspection of construction quality: after the completion of the construction of embedded parts, the inspection of construction quality is required. It mainly includes the detection of the fixed strength of the embedded parts, and the inspection of the connection quality between the embedded parts and the components. Only through strict inspection can the quality and reliability of embedded parts construction be ensured.
In addition to the analysis of the construction technology of 90-thick embedded parts, it is also necessary to understand the relevant knowledge.
The selection of embedded parts is based on specific engineering needs and design requirements. Different types of embedded parts have different bearing capacity and application range, so factors such as the material, specification and performance of embedded parts should be considered when selecting.
The quality and safety of embedded parts is a key issue in the construction process. The quality of embedded parts directly affects the firmness and safety of the overall structure, so when purchasing embedded parts, it is necessary to choose a first-class supplier with a good reputation and conduct quality inspection.
The construction technology of embedded parts should comply with national standards and specifications. During the construction process, it is necessary to operate in strict accordance with the design requirements, and follow the relevant construction specifications and technological processes to ensure the construction quality and project safety.
90 thick embedded parts construction technology is an important building construction technology. Through in-depth analysis of the construction technology of 90-thick embedded parts, understanding the relevant knowledge, and strictly following the standard requirements for construction, the quality and construction effect of the embedded parts can be ensured, and the stability and safety of the construction project can be guaranteed.