Steel Structure Poultry House
Steel Structure Poultry House

Steel Structure Poultry House

A Steel Structure Poultry House serves feeding, roosting and management needs for modern poultry farming. It offers ample space, high durability and a short construction cycle to match poultry farming operational demands. It provides specialized customization for differentiated poultry farming requirements. It uses recyclable steel to align with green poultry farming goals. Our team will adjust details based on your breeding scale.
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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

 

Dimension

Size

Length

Customized to requirements

Width

Height

Span

Single Span

Multi-span

Quality

Main

Material

Q235B, Q345B, Q355B

Cross Section

H-section steel, C-section steel, square tube, channel steel, angle steel, etc.

Connection

High-strength bolt connection, welding, bolt + welding (adjustable according to construction requirements)

Anti-Corrosion

Hot-dip galvanizing, sandblasting derusting, shot blasting derusting

Fire Protection

Thin-layer/thick-layer fire-retardant coating, fireproof board

Structural Design

Structural Form

Bent frame, truss, rigid frame

Wind & Snow Loads

Customized according to requirements and local codes/standards

Seismic Grade

Appearance & Cladding

Color

Customized to requirements

Special Shape

Opening

Door Type

Rolling door, sliding door, swing door

Window Type

Fixed window, casement window, sliding window, louver window

Daylighting

Roof lighting belt, skylight, high side wall window

Ventilation

Roof ventilation skylight

Cladding

Roof Cladding

Color steel plate, sandwich panel

Wall Cladding

Color steel plate, sandwich panel

         

 

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

 

Steel Structure Pros

Steel Structure Cons

Low-frequency maintenance

Higher upfront cost

High structural durability

Poor thermal insulation

Minimal long-term maintenance

Professional installation requirement

 

Brick-Concrete Structure Pros

Brick-Concrete Structure Cons

Good thermal insulation

Long on-site construction cycle

Moderate initial investment

Limited seismic resistance

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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