Container House Column Design Drawing

The design drawing of container house columns needs to be comprehensively designed in combination with structural requirements, material characteristics, and regulatory requirements. Currently, Mufeng Network provides editable two-story container house structural drawings (including column specifications) in public resources, and Weifang Fanglin Integrated Housing Co., Ltd. can provide customized solutions. The key design points should focus on the specifications of profile materials, connection processes, and anti-corrosion treatments.

I. Public Drawing Resources: Editable Two-Story Structural Drawings from Mufeng Network

The two-story container house structural drawings released by Mufeng Network (AutoCAD2010 format, requiring 30 Mufeng coins for exchange) include detailed information such as column specifications and top and bottom keel arrangements. The drawings are editable dwg files, allowing users to adjust parameters according to actual needs, such as the cross-sectional dimensions, wall thickness, or spacing of columns, to accommodate different loads or spatial requirements. The columns in the drawings typically use steel structural profiles (such as H-beams, square tubes, or rectangular tubes), and their specifications directly affect the bending and torsional resistance of the container body. For example, the columns of a two-story container house need to bear the upper-story load and wind load, requiring calculations to determine the moment of inertia and section modulus of the profiles to ensure structural safety.

II. Enterprise Customization Solutions: Column Design by Weifang Fanglin Integrated Housing Co., Ltd.

The container house design by Weifang Fanglin Integrated Housing Co., Ltd. emphasizes that the column material is steel plate, which has fire-resistant, wind-resistant, and pressure-resistant properties. Its design may adopt high-strength steel plates (such as Q345B) welded into box-shaped or H-shaped sections, enhancing local stability by increasing wall thickness (such as 6-8mm) or adding stiffeners. The enterprise has not disclosed specific design drawings, but customized solutions typically include the following:

1. Load Calculation: Determine live loads, wind loads, and seismic actions based on the usage scenario (such as office, residential, or temporary construction site buildings), and then calculate the axial force, bending moment, and shear force of the columns.
2. Connection Nodes: The connection between columns and top and bottom frames uses high-strength bolts or welding, meeting the construction requirements of the "Steel Structure Design Standard" (GB 50017), such as bolt spacing and weld length.
3. Anti-Corrosion Treatment: Hot-dip galvanizing or spraying fire-resistant coatings are used to extend the service life of columns in humid or corrosive environments.

III. Key Design Points: Profile Specifications and Process Specifications

1. Profile Selection: The cross-sectional shape (such as square tubes, H-beams) and wall thickness of columns need to be determined through structural calculations. For example, the height of columns in a two-story container house may reach 6 meters, requiring profiles with a large moment of inertia (such as 200×200×8mm square tubes) to control deflection.
2. Welding Process: The welding between columns and frames requires full-penetration welds to avoid incomplete penetration or crack defects, and ultrasonic flaw detection is required after welding.
3. Regulatory Compliance: If used for temporary construction site buildings, it needs to comply with the "Technical Standard for Temporary Structures in Building Construction" (JGJ/T 188), such as the guardrail height of external steel stairs being no less than 1.2 meters and the tread width of stairs being no less than 0.25 meters.

Suggestions for Obtaining Design Drawings: If standard drawings are needed, Mufeng Network's resources can be prioritized for reference; if the project has special requirements (such as over-limit loads or extreme environments), it is recommended to contact Weifang Fanglin Integrated Housing Co., Ltd. for customized design.