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· Load Calculation: Accurately calculate dead loads (e.g., self-weight), live loads (e.g., goods weight), wind loads, and snow loads to ensure structural safety.
· Span and Height: Design the span and height reasonably based on warehouse usage to ensure space utilization and structural stability.
· Seismic Design: In earthquake-prone areas, adopt flexible joints and energy-dissipating devices to enhance seismic performance.
· Fire Protection: Use fireproof coatings or boards to ensure the steel structure meets the required fire resistance limits.
· Anti-Corrosion Treatment: Apply hot-dip galvanizing or painting to prevent steel corrosion in humid environments.
· Ventilation Design: Install a proper ventilation system to ensure air circulation and prevent goods from dampness or spoilage.
· Lighting Design: Utilize skylights or side windows to introduce natural light and reduce lighting energy consumption.
· Construction Quality Control: Strictly follow design drawings and standards to ensure the quality of key processes like welding and bolting.
· Maintenance Plan: Develop a regular inspection and maintenance plan to promptly repair damaged or aging components and extend service life.
· Type: Commonly used steels include Q235 and Q345, with the appropriate strength grade selected based on load and design requirements.
· Specifications: Choose steel sections such as I-beams, H-beams, and angle steel based on structural design.
· Welding Materials: Select welding rods or wires compatible with the base metal to ensure welding quality.
· Bolted Connections: Use high-strength bolts to ensure the reliability and stability of joint connections.
· Fireproof Materials: Such as fireproof coatings and boards, used to improve the fire resistance of steel structures.
· Anti-Corrosion Materials: Such as hot-dip galvanizing and anti-rust paint, used to enhance the corrosion resistance of steel.
· Insulation Materials: Such as rock wool and glass wool, used to improve the thermal insulation of the warehouse.
Product Application | |||
Light Frame Steel Construction Hangar Design Prefabricated Steel Structure Factory Building Workshop warehouse | |||
A pre-engineered steel building is a modern technology where the complete designing is done at the factory and the building components are brought to the site and then fixed/jointed at the site, all is bolt connection, no need any welding! | |||
An efficiently designed pre-engineered building can be lighter than the conventional steel buildings by up to 30%. Lighter weight equates to less steel and potential price savings in structural framework. | |||
SPECIFICATION FOR STEEL STRUCTURE BUILDING | |||
Main Steel Frame | Steel Column & Beam | 1. Material: Q345B (S355JR) or Q235B(S235JR)/ Welded/Hot Rolled H section steel | |
2. Surface: Hot Dip Galvanized or Painted; | |||
3. Connection: All Bolts Connection; | |||
Supporting System | Roof Purlin | C or Z Section Steel, Q235B | |
Wall Purlin | C or Z Section Steel, Q235B | ||
Bracing | Steel Rod, Q235B | ||
Cross Support | Steel Rod, Q235B | ||
Column Support | Angle Steel; Steel Rod; Q235B | ||
Angle Brace | Angle steel,Q235B | ||
Tie Bar | Steel Pipe,Q235B | ||
Roof & Wall System | 1. Single Colorful Corrugated Steel Sheet; Thickness: 0.3-0.8mm | ||
2. Sandwich Panel with EPS, Rock Wool, Fiberglass,PU; Thickness: 50-150mm; | |||
Accessories | Door | Sliding; Rolled Up Door (Manual/Auto) | |
Window | Aluminum Alloy; PVC; | ||
Downspout | PVC pipe; | ||
Gutter | Galvanized Steel Sheet; Stainless Steel | ||
Ventilator | Stainless Steel Turbine Ventilator | ||
Skylight Belt | FRP or PC semi-transparent Skylight Belt | ||
Flash | Color Steel Sheet | ||
Fittings | Anchor Bolt; High Strength Bolt; Standard Bolt, Self-tapping nail etc |