T/SDCEAS 10039-2024 Technical specification for assembly light steel framed composite panel wall system DYQXB

Scope

Scope: To standardize the application of the DYQXB assembly-type light steel keel composite panel wall system in construction projects, ensuring its advanced technology, safety, practicality, and economic rationality, and guaranteeing its quality, this standard is formulated. This standard applies to the design, construction, and acceptance of the DYQXB assembly-type light steel keel composite panel wall system in industrial and civil buildings in areas with seismic fortification intensity of 8 degrees or lower. The design, construction, acceptance, and maintenance of the DYQXB assembly-type light steel keel composite panel wall system shall comply with this standard, as well as relevant national and local standards. Main technical content: When using the composite panel wall system, a unified and coordinated design, production, transportation, storage, installation, and maintenance process shall be implemented throughout the entire process, meeting the requirements of standardization and modularization. The composite panel wall system should adopt an integrated design approach for structure, insulation, and decoration, and coordinate with related equipment and pipelines. The design service life of the composite panel wall and node connectors shall be the same as that of the main structure, and the durability of the connectors shall meet the requirements of the design service life. The composite panel wall system shall undergo type testing, and the main components and supporting parts of the system shall be supplied as a complete set. The thermal performance of the composite panel wall system shall comply with current national, industry, and Shandong provincial standards, and its soundproofing performance shall be designed according to the building's usage function and environmental conditions, meeting the relevant provisions of the current national standard GB 50118 "Acoustic Design Code for Civil Buildings". The fire resistance performance of the composite p

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