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Corrosion Resistant Pre-Engineered Steel Structure Poultry House with 20-30 Years Service Life and Optional Heating and Cooling Systems
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Corrosion Resistant Pre-Engineered Steel Structure Poultry House with 20-30 Years Service Life and Optional Heating and Cooling Systems

MOQ: 600 metri quadrati
Prezzo: 50-100usd
standard packaging: Standard
Delivery period: 20-30 giorni lavorativi
Supply Capacity: 8000 tonnellate
Informazione dettagliata
Descrizione di prodotto
Informazione dettagliata
Luogo di origine
Cina
Marca
KXD
Certificazione
ISO
Numero di modello
KXD001
Documento
2-KXD catalog chicken house...nt.pdf
Celle per unità:
4
Telaio principale:
Acciaio zincato Q345 (1,2~2,5 mm)
Acciaio strutturale al carbonio:
Q235BQ355B
Utilizzo:
Allevamento di pollame
Durabilità:
Resistente alla corrosione
Peso:
1.080 g
Vita utile:
20-30 anni
Funzionalità aggiuntive:
Sistemi di riscaldamento e raffreddamento opzionali
Tipo di tetto:
Tetto a due falde
Nome prodotto:
Casa di pollame in acciaio
Marchio:
KXD
Codice SA:
9406900090
Mobilità:
facile
Dimensioni della gabbia:
1,25 m*1,0 m* 0,6 m
Connessioni:
Bullts Connection
Evidenziare:

corrosion resistant steel poultry house

,

pre-engineered poultry house with heating

,

long service life steel poultry house

Descrizione di prodotto
High-Performance Pre-Engineered Steel Structure Poultry Houses
Airtight, Climate-Controlled Structural Solutions for Large-Scale Broiler and Layer Poultry Farms
Pre-engineered steel poultry house structure with modern ventilation systems
Product Overview

Industrial poultry production requires a highly controlled, biosecure environment to maximize feed conversion ratios (FCR) and ensure flock health. Our pre-engineered steel structure poultry houses are precision-engineered to meet the strict demands of modern broiler housing, egg-layer cage systems, and breeder farms.

Operating under a closed, negative-pressure environmental design, these poultry structures provide complete structural sealing to prevent thermal leakage and exclude wild pests. Utilizing high-tensile, heavy-galvanized steel frames, our buildings are engineered to withstand the highly corrosive, high-ammonia atmosphere unique to poultry litter. All columns, rafters, and cladding panels are factory-fabricated to ensure rapid on-site assembly, allowing commercial growers to deploy multi-house farms efficiently.

Technical Parameter Matrix

Every poultry house is custom-calculated to match your automation layout (floor-brooding or vertical cage equipment) and engineered against localized environmental loads.

Technical Parameter Specification & Poultry Engineering Options
Primary Structural Frame Heavy-duty welded H-section steel or portal rigid frames (Q355B / Q235B grade, equivalent to ASTM A572 / S355)
Anti-Ammonia Treatment
  • Premium Hot-dip Galvanized (Zinc coating weight: 275g/m² to 450g/m²)
  • Specialized anti-corrosive chemical coatings over epoxy zinc-rich primer
Standard House Dimensions Widths: 12m, 15m, 16m, or 18m (optimized for standard 4-row/5-row equipment layouts); Lengths: up to 150m+ per house
Airtight Wall Cladding
  • PU (Polyurethane) Sandwich Panels (50mm / 75mm / 100mm with tongue-and-groove joints for absolute airtight sealing)
  • Fiber-cement or specialized PVC internal facing options
Roof Insulation Core PU or PIR sandwich panels providing a superior thermal R-value to eliminate solar heat gain and condensation drips
Ventilation & Environmental Mounts Precision pre-engineered frame openings for large tunnel exhaust fans (50-inch/57-inch), cooling pad walls, and automatic wall air inlets
Equipment Load Integration Trusses pre-calculated to support hanging loads from automatic feeding lines, drinking lines, gas brooders, and overhead silo augers
Structural Joint Safety High-strength structural bolt connections (Grade 10.9S); no on-site welding required to preserve the zinc anti-rust layer
Interior view of poultry house showing automated feeding systems and structural framework
Key Poultry Engineering & Functional Features
1. Premium Airtightness for Negative-Pressure Ventilation

Modern poultry farming relies on precise wind-speed tunnel ventilation to cool birds via wind-chill effects. Our PU sandwich panel systems utilize tight interlocking tongue-and-groove joints, creating a completely sealed envelope. This prevents cold air bypasses, optimizes the static pressure of your exhaust fans, and significantly lowers electrical energy consumption.

2. Advanced Microclimate Shielding Against Heat Stress

Heat stress is the leading cause of mortality in broiler flocks. Our roof systems utilize high-density polyurethane insulation cores, which act as a powerful barrier against intense solar radiation in tropical zones. In colder regions, this insulation locks in the animal metabolic heat, drastically reducing winter propane heating costs.

3. Heavy-Duty Truss Reinforcement for Automated Systems

To support fully automated feeding and watering lines, our roof trusses are engineered with specific dead-load allowances. Whether you are installing heavy chain-feeding tracks, hanging nipple drinking systems, or line-mounted gas heaters, our steel frames distribute the weight evenly without risking structural bending or roof sagging.

4. Biosecurity-Ready, Smooth Washdown Surfaces

To break disease cycles between flock rotations, poultry houses must undergo high-pressure washing and heavy chemical disinfection. The internal metal facings of our sandwich panels feature a highly durable, smooth protective coating that resists water penetration, mold growth, and harsh agricultural sanitizers, allowing for rapid and complete cleanings.

Factory quality control and packaging process for poultry house components
Factory Quality Control & International Shipping
  • NDT Weld Testing: Every primary portal frame weld undergoes automated testing to ensure zero structural flaws, providing long-term structural integrity under continuous roof equipment loads.
  • Compact, High-Volume Packaging: Columns and trusses are bundled securely with soft protective foam padding to prevent scratching. Sandwich panels are stacked tightly on heavy pallets to optimize shipping container space, keeping ocean freight costs per square meter as low as possible.
Frequently Asked Questions (FAQ)
Q1: What house width is best optimized for automated poultry equipment?
A: The standard widths for modern automated poultry houses are typically 12 meters, 15 meters, or 16 meters. A 12-meter width is ideal for a standard 4-row floor feeding system, while 15-16 meter widths perfectly accommodate 4-row or 5-row vertical A-frame or H-frame egg layer cage systems, leaving clear aisle spaces for egg-collection belts and manure scrapers.
Q2: How does your structural steel handle the highly corrosive environment inside a poultry house?
A: Poultry manure generates high concentrations of ammonia gas and moisture, which causes rapid rust on standard steel. We combat this by utilizing heavy hot-dip galvanization on all primary framing members and purlins. The zinc layer provides electrochemical protection, preventing the corrosive gasses from compromising the core structural steel.
Q3: Can you provide the steel structure if I already have my own poultry equipment supplier?
A: Yes, absolutely. Our engineering team specializes in custom co-designing. We will take the technical layout drawings, hanging point weights, and fan/cooling pad dimensions from your equipment supplier (such as Big Dutchman, Chore-Time, or Roxell) and engineer the steel frame to perfectly match their specifications, ensuring a flawless integration.
Q4: Why are PU sandwich panels preferred over fiberglass insulation for premium poultry houses?
A: While fiberglass insulation is cost-effective, PU (Polyurethane) sandwich panels offer far superior airtightness and structural rigidity. Over time, chickens or pests can scratch and damage exposed fiberglass blankets, whereas PU panels are enclosed by dual steel sheets, keeping the insulation completely protected and preventing mice or insects from nesting inside the walls.
Q5: What information should I prepare to get a complete blueprint and quotation?
A: To give you a precise proposal, please supply our technical team with:
  • Total house dimensions: Length × Width × Eave Height
  • The type of poultry operation (e.g., floor-raised broilers, caged layers, or breeders)
  • Local climate criteria: Maximum wind speed (km/h) and typical snow load (kN/m²)
  • The equipment layout sheet from your equipment provider (if available) to verify opening sizes for fans and cooling pads
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prodotti
Dettagli dei prodotti
prodotti

Casa di pollame in acciaio

Attrezzature per pollame da pollame

Attrezzature per la casa di pollame

attrezzature per allevamenti di pollame

Stabilimenti per bovini

Scattoli di maiali

Casa di pollame a piastrelle

Attrezzature per allevamenti suinteri

Gabbie a strato di pollo

gabbia per polli di pollo
  • Nome
  • Nome
  • Nome
  • Nome
  • Nome
Corrosion Resistant Pre-Engineered Steel Structure Poultry House with 20-30 Years Service Life and Optional Heating and Cooling Systems
MOQ: 600 metri quadrati
Prezzo: 50-100usd
standard packaging: Standard
Delivery period: 20-30 giorni lavorativi
Supply Capacity: 8000 tonnellate
Informazione dettagliata
Descrizione di prodotto
Informazione dettagliata
Luogo di origine
Cina
Marca
KXD
Certificazione
ISO
Numero di modello
KXD001
Documento
2-KXD catalog chicken house...nt.pdf
Celle per unità:
4
Telaio principale:
Acciaio zincato Q345 (1,2~2,5 mm)
Acciaio strutturale al carbonio:
Q235BQ355B
Utilizzo:
Allevamento di pollame
Durabilità:
Resistente alla corrosione
Peso:
1.080 g
Vita utile:
20-30 anni
Funzionalità aggiuntive:
Sistemi di riscaldamento e raffreddamento opzionali
Tipo di tetto:
Tetto a due falde
Nome prodotto:
Casa di pollame in acciaio
Marchio:
KXD
Codice SA:
9406900090
Mobilità:
facile
Dimensioni della gabbia:
1,25 m*1,0 m* 0,6 m
Connessioni:
Bullts Connection
Quantità di ordine minimo:
600 metri quadrati
Prezzo:
50-100usd
Imballaggi particolari:
Standard
Tempi di consegna:
20-30 giorni lavorativi
Capacità di alimentazione:
8000 tonnellate
Evidenziare

corrosion resistant steel poultry house

,

pre-engineered poultry house with heating

,

long service life steel poultry house

Descrizione di prodotto
High-Performance Pre-Engineered Steel Structure Poultry Houses
Airtight, Climate-Controlled Structural Solutions for Large-Scale Broiler and Layer Poultry Farms
Pre-engineered steel poultry house structure with modern ventilation systems
Product Overview

Industrial poultry production requires a highly controlled, biosecure environment to maximize feed conversion ratios (FCR) and ensure flock health. Our pre-engineered steel structure poultry houses are precision-engineered to meet the strict demands of modern broiler housing, egg-layer cage systems, and breeder farms.

Operating under a closed, negative-pressure environmental design, these poultry structures provide complete structural sealing to prevent thermal leakage and exclude wild pests. Utilizing high-tensile, heavy-galvanized steel frames, our buildings are engineered to withstand the highly corrosive, high-ammonia atmosphere unique to poultry litter. All columns, rafters, and cladding panels are factory-fabricated to ensure rapid on-site assembly, allowing commercial growers to deploy multi-house farms efficiently.

Technical Parameter Matrix

Every poultry house is custom-calculated to match your automation layout (floor-brooding or vertical cage equipment) and engineered against localized environmental loads.

Technical Parameter Specification & Poultry Engineering Options
Primary Structural Frame Heavy-duty welded H-section steel or portal rigid frames (Q355B / Q235B grade, equivalent to ASTM A572 / S355)
Anti-Ammonia Treatment
  • Premium Hot-dip Galvanized (Zinc coating weight: 275g/m² to 450g/m²)
  • Specialized anti-corrosive chemical coatings over epoxy zinc-rich primer
Standard House Dimensions Widths: 12m, 15m, 16m, or 18m (optimized for standard 4-row/5-row equipment layouts); Lengths: up to 150m+ per house
Airtight Wall Cladding
  • PU (Polyurethane) Sandwich Panels (50mm / 75mm / 100mm with tongue-and-groove joints for absolute airtight sealing)
  • Fiber-cement or specialized PVC internal facing options
Roof Insulation Core PU or PIR sandwich panels providing a superior thermal R-value to eliminate solar heat gain and condensation drips
Ventilation & Environmental Mounts Precision pre-engineered frame openings for large tunnel exhaust fans (50-inch/57-inch), cooling pad walls, and automatic wall air inlets
Equipment Load Integration Trusses pre-calculated to support hanging loads from automatic feeding lines, drinking lines, gas brooders, and overhead silo augers
Structural Joint Safety High-strength structural bolt connections (Grade 10.9S); no on-site welding required to preserve the zinc anti-rust layer
Interior view of poultry house showing automated feeding systems and structural framework
Key Poultry Engineering & Functional Features
1. Premium Airtightness for Negative-Pressure Ventilation

Modern poultry farming relies on precise wind-speed tunnel ventilation to cool birds via wind-chill effects. Our PU sandwich panel systems utilize tight interlocking tongue-and-groove joints, creating a completely sealed envelope. This prevents cold air bypasses, optimizes the static pressure of your exhaust fans, and significantly lowers electrical energy consumption.

2. Advanced Microclimate Shielding Against Heat Stress

Heat stress is the leading cause of mortality in broiler flocks. Our roof systems utilize high-density polyurethane insulation cores, which act as a powerful barrier against intense solar radiation in tropical zones. In colder regions, this insulation locks in the animal metabolic heat, drastically reducing winter propane heating costs.

3. Heavy-Duty Truss Reinforcement for Automated Systems

To support fully automated feeding and watering lines, our roof trusses are engineered with specific dead-load allowances. Whether you are installing heavy chain-feeding tracks, hanging nipple drinking systems, or line-mounted gas heaters, our steel frames distribute the weight evenly without risking structural bending or roof sagging.

4. Biosecurity-Ready, Smooth Washdown Surfaces

To break disease cycles between flock rotations, poultry houses must undergo high-pressure washing and heavy chemical disinfection. The internal metal facings of our sandwich panels feature a highly durable, smooth protective coating that resists water penetration, mold growth, and harsh agricultural sanitizers, allowing for rapid and complete cleanings.

Factory quality control and packaging process for poultry house components
Factory Quality Control & International Shipping
  • NDT Weld Testing: Every primary portal frame weld undergoes automated testing to ensure zero structural flaws, providing long-term structural integrity under continuous roof equipment loads.
  • Compact, High-Volume Packaging: Columns and trusses are bundled securely with soft protective foam padding to prevent scratching. Sandwich panels are stacked tightly on heavy pallets to optimize shipping container space, keeping ocean freight costs per square meter as low as possible.
Frequently Asked Questions (FAQ)
Q1: What house width is best optimized for automated poultry equipment?
A: The standard widths for modern automated poultry houses are typically 12 meters, 15 meters, or 16 meters. A 12-meter width is ideal for a standard 4-row floor feeding system, while 15-16 meter widths perfectly accommodate 4-row or 5-row vertical A-frame or H-frame egg layer cage systems, leaving clear aisle spaces for egg-collection belts and manure scrapers.
Q2: How does your structural steel handle the highly corrosive environment inside a poultry house?
A: Poultry manure generates high concentrations of ammonia gas and moisture, which causes rapid rust on standard steel. We combat this by utilizing heavy hot-dip galvanization on all primary framing members and purlins. The zinc layer provides electrochemical protection, preventing the corrosive gasses from compromising the core structural steel.
Q3: Can you provide the steel structure if I already have my own poultry equipment supplier?
A: Yes, absolutely. Our engineering team specializes in custom co-designing. We will take the technical layout drawings, hanging point weights, and fan/cooling pad dimensions from your equipment supplier (such as Big Dutchman, Chore-Time, or Roxell) and engineer the steel frame to perfectly match their specifications, ensuring a flawless integration.
Q4: Why are PU sandwich panels preferred over fiberglass insulation for premium poultry houses?
A: While fiberglass insulation is cost-effective, PU (Polyurethane) sandwich panels offer far superior airtightness and structural rigidity. Over time, chickens or pests can scratch and damage exposed fiberglass blankets, whereas PU panels are enclosed by dual steel sheets, keeping the insulation completely protected and preventing mice or insects from nesting inside the walls.
Q5: What information should I prepare to get a complete blueprint and quotation?
A: To give you a precise proposal, please supply our technical team with:
  • Total house dimensions: Length × Width × Eave Height
  • The type of poultry operation (e.g., floor-raised broilers, caged layers, or breeders)
  • Local climate criteria: Maximum wind speed (km/h) and typical snow load (kN/m²)
  • The equipment layout sheet from your equipment provider (if available) to verify opening sizes for fans and cooling pads
Tag: 

Stabilimento di pollame in acciaio,

Pollaio con struttura in acciaio,

Gabbia di pollo della struttura d'acciaio

Collegamento rapido
Casa prodotti Chi siamo Notizie Casi Contattici
Contatto rapido

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N.17 Changjiang Road, Pingdu, Qingdao, provincia di Shandong, Cina.

Telefono

86--13853233236

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