Steel Structure Poultry House
Steel Structure Poultry House is a prefabricated steel building designed for poultry breeding and management operations, including broiler farms, layer farms, breeding farms, hatchery facilities, and poultry expansion projects.
Component Details
Main Structural System
- H-section steel, square tube, channel steel, angle steel, and C-section steel are used according to structural requirements, providing stable load-bearing performance and flexible span arrangements.
- Rigid frame, bent frame, or truss structural designs are selected based on building dimensions and operational needs, improving space utilization and structural stability.
- Q235B, Q345B, and Q355B structural steel options provide different strength grades for varying load conditions.
Connection System
- High-strength bolt connections, welding, or combined bolt + welding solutions are available according to project requirements, improving installation flexibility and structural integrity.
Roof & Wall Cladding System
- Color steel sheets provide lightweight enclosure solutions suitable for general applications.
- Sandwich panels with insulation layers help improve thermal performance and reduce internal temperature fluctuations.
Ventilation & Daylighting System
- Roof ventilation skylights, roof lighting belts, skylights, and side-wall windows help support airflow and natural lighting requirements.
Corrosion & Fire Protection System
- Hot-dip galvanizing, sandblasting, and shot blasting treatment improve corrosion resistance and durability.
- Thin-layer or thick-layer fire-retardant coatings and fireproof boards can enhance fire protection performance.
Specs
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Dimension |
Size |
Length |
Customized to requirements |
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Width |
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Height |
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Span |
Single Span |
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Multi-span |
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Quality |
Main |
Material |
Q235B, Q345B, Q355B |
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Cross Section |
H-section steel, C-section steel, square tube, channel steel, angle steel, etc. |
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Connection |
High-strength bolt connection, welding, bolt + welding (adjustable according to construction requirements) |
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Anti-Corrosion |
Hot-dip galvanizing, sandblasting derusting, shot blasting derusting |
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Fire Protection |
Thin-layer/thick-layer fire-retardant coating, fireproof board |
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Structural Design |
Structural Form |
Bent frame, truss, rigid frame |
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Wind & Snow Loads |
Customized according to requirements and local codes/standards |
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Seismic Grade |
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Appearance & Cladding |
Color |
Customized to requirements |
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Special Shape |
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Opening |
Door Type |
Rolling door, sliding door, swing door |
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Window Type |
Fixed window, casement window, sliding window, louver window |
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Daylighting |
Roof lighting belt, skylight, high side wall window |
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Ventilation |
Roof ventilation skylight |
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Cladding |
Roof Cladding |
Color steel plate, sandwich panel |
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Wall Cladding |
Color steel plate, sandwich panel |
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This specification is for reference-the final implementation can be adjusted according to project-specific requirements.
Customization
Dimensions: Length, width, height, span arrangement, and building layout can be customized.
Structural type: Rigid frame, truss, or bent frame configurations are available.
Roof and wall systems: Color steel sheets or sandwich panels with different insulation specifications can be selected.
Insulation thickness: Various panel thicknesses can be configured according to climate requirements.
Colors: Roof and wall colors can be customized according to project preferences.
Doors: Rolling doors, sliding doors, and swing doors are available.
Windows: Fixed windows, casement windows, sliding windows, and louver windows can be selected.
Load requirements: Wind load, snow load, and seismic requirements can be designed according to local standards.
Surface treatment: Hot-dip galvanizing, painting, sandblasting, and shot blasting options are available.
Custom solutions are developed according to project requirements and local building regulations.
Comparison
Steel Structure vs Brick-Concrete Structure
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Steel Structure Pros |
Steel Structure Cons |
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Low-frequency maintenance |
Higher upfront cost |
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High structural durability |
Poor thermal insulation |
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Minimal long-term maintenance |
Professional installation requirement |
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Brick-Concrete Structure Pros |
Brick-Concrete Structure Cons |
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Good thermal insulation |
Long on-site construction cycle |
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Moderate initial investment |
Limited seismic resistance |
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Strong fire resistance |
Expansion or modification difficulty |
Quality Control
- Raw material inspection: Verification of steel grade, thickness tolerance, chemical composition, and mechanical properties according to applicable standards.
- Material traceability control: Raw materials are tracked through batch identification and production records.
- Cutting and fabrication inspection: Dimensional accuracy is checked using fabrication drawings and tolerance standards.
- Welding quality inspection: Visual inspection (VT) and non-destructive testing (NDT) such as UT or MT are applied where required.
- Surface treatment inspection: Galvanizing thickness, coating adhesion, and surface uniformity are measured.
- Pre-assembly verification: Key structural components undergo fit-up inspection before shipment.
- Final quality inspection: Inspection includes dimensions, hole positions, connection details, and packing lists.
- Quality management system: Production can be carried out under ISO 9001 quality management procedures; material and inspection reports can be provided when required.
- Third-party inspection: SGS or other independent inspection services can be arranged upon request.
- Material and testing references: Materials and testing procedures can be produced according to applicable ASTM, EN, or project-specific requirements.
Packaging & Delivery
- Steel members are bundled according to component type and secured with steel straps for loading and unloading efficiency.
- Small accessories, bolts, and connection parts are packed in labeled cartons or steel boxes with quantity identification.
- Roof and wall panels are stacked with protective separators to reduce surface scratches during transportation.
- Container loading plans are prepared according to component dimensions to improve container utilization.
- 20GP, 40GP, or 40HQ containers are selected according to cargo volume and loading requirements.
- Typical production lead time is approximately 20–40 working days, depending on order quantity, customization scope, and production schedule.
FAQs
Q1: What information is required for quotation?
A: Basic information usually includes building dimensions, project location, wind load, snow load, door requirements, and preferred cladding materials.
Q2: Can you provide design drawings before production?
A: Yes. General arrangement drawings and structural details can be provided for confirmation.
Q3: How are components identified during installation?
A: Components are marked with identification numbers corresponding to installation drawings.
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