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Pre-Engineered Steel Freestall Dairy Barns with High-Tensile Structural Steel and Automated Watering System

Pre-Engineered Steel Freestall Dairy Barns with High-Tensile Structural Steel and Automated Watering System

MOQ: 600平方メートル
価格: 50-100usd
standard packaging: 標準
Delivery period: 20〜30営業日
支払方法: L/C、T/T、ウェスタンユニオン
Supply Capacity: 8000 トン
詳細情報
起源の場所
中国
ブランド名
KXD
証明
ISO
モデル番号
KXD001
製品名:
牛の棚
重さ:
約1500kg
床材:
コンクリート・スラブ
起源:
中国、青島
点灯:
オプションのLED照明システム
フロアタイプ:
排水溝付きコンクリート床
水供給:
自動水付けシステム
インストール:
組み立て済みのパーツで簡単に組み立て可能
ドア:
鉄製の隔熱ドア
ウィンドウ:
アルミニウム
屋根の種類:
斜め の 屋根
カラム:
H形鋼
材料:
亜鉛メッキ鋼
金網:
アルミニウム亜鉛被覆線
ビーム:
H形鋼
ハイライト:

Pre-Engineered Steel Dairy Barns

,

Freestall Dairy Barns with Automated Watering

,

High-Tensile Structural Steel Cattle Sheds

製品の説明
Freestall Dairy Barns
Advanced Pre-Engineered Steel Structure Freestall Dairy Barns
Pre-engineered steel structure freestall dairy barn exterior view
Product Overview

Maximizing milk production and ensuring herd longevity directly depends on cow comfort and consistent environmental control. Our pre-engineered steel structure freestall dairy barns are precision-designed to provide a premium, low-stress environment for high-yielding dairy herds.

These structures are engineered to easily integrate standard freestall cubicle partitions, automated rubber-mat bedding, and automated scraper lanes. Manufactured using heavy-duty, high-tensile structural steel components, our framing packages deliver optimal volumetric clearance and superior ventilation paths, providing a biosecurity-ready envelope that protects your livestock and streamlines daily dairy operations.

Technical Parameter Matrix
Technical Parameter Specification & Freestall Engineering Options
Primary Framing System Heavy-duty, rigid welded H-section steel portal frames (Q355B grade, equivalent to S355 / ASTM A572 Grade 50)
Enhanced Ammonia Barrier Specialized heavy Hot-dip Galvanization (Zinc coating layer up to 500g/m²) or multi-layer epoxy chemical-resistant coatings
Eave & Clear Height 4.5 meters to 7+ meters (Calculated to ensure extensive internal air volume and clearance for specialized ventilation)
Roof Pitch Configuration 1:3 or 1:4 dual-slope profiles, optimized for natural thermal air buoyancy and high roof ridge vents
Wall & Gable Ends Open-side layouts with pre-engineered steel framing brackets for automatic climate curtains or insulated sandwich panels
Purlin & Structural Girts High-galvanized cold-formed C or Z-section steel girts with precision pre-punched bolt holes
Load Design Criteria Tailored to localized building codes: Wind Load (up to 140 km/h+), Snow Load, and hanging loads from overhead cooling systems
Technical diagram of freestall dairy barn structural components
Key Engineering Features for Freestall Operations
  1. Engineered for Precision Freestall Layouts
    Our column positioning is calculated to align perfectly with your internal spacing requirements—whether you utilize a 4-row, 6-row, or 8-row freestall configuration. The open floor plans ensure zero interference with the positioning of neck rails, brisket boards, automatic cow brushes, and water troughs.
  2. Advanced Climate Control & Thermal Comfort
    To eliminate summer heat stress (which triggers drops in milk yield), the roof framing is designed to support heavy variable-speed fans, high-pressure misting lines, and large-diameter HVLS (High-Volume Low-Speed) ceiling fans. The high eave design creates an immense air reservoir, maintaining continuous fresh air exchanges.
  3. Corrosive Slurry & Scraping Lane Compatibility
    The base connections of our steel columns are elevated and bolted onto concrete curbs or deep piers. This keeps the critical steel joinery completely clear of raw organic waste, bedding moisture, and the corrosive path of automated alley scrapers or flush flumes.
Interior view of freestall dairy barn showing cow comfort features
Frequently Asked Questions
Q1: Can your structural steel framing handle the heavy weight of large HVLS ceiling fans and water misting lines?
A: Yes. During our structural drafting stage, we incorporate the dead load of heavy commercial HVLS ceiling fans, overhead water pipes, and lighting fixtures directly into our structural calculation software. We reinforce the primary roof rafters and secondary purlins to handle these combined hanging loads without deflection.
Q2: How do you protect the base of the columns from being corroded by manure scrapers?
A: We strongly recommend mounting the steel columns onto raised concrete plinths or retaining walls (typically 0.5m to 1.2m above the finished floor level). Our engineering team designs the anchor bolt configurations to perfectly match these concrete footings, ensuring the steel components are elevated safely above the waste scraping zone.
Q3: What is the benefit of a high roof pitch (1:3 or 1:4) for a freestall dairy barn?
A: A higher roof pitch significantly increases the "stack effect" (natural thermal ventilation). Warm air generated by the dairy cows naturally rises along the slope and escapes through the continuous open ridge at the top, pulling cooler, fresher air in from the sidewalls, which reduces moisture and ammonia odor buildup inside the barn.
製品
商品の詳細
Pre-Engineered Steel Freestall Dairy Barns with High-Tensile Structural Steel and Automated Watering System
MOQ: 600平方メートル
価格: 50-100usd
standard packaging: 標準
Delivery period: 20〜30営業日
支払方法: L/C、T/T、ウェスタンユニオン
Supply Capacity: 8000 トン
詳細情報
起源の場所
中国
ブランド名
KXD
証明
ISO
モデル番号
KXD001
製品名:
牛の棚
重さ:
約1500kg
床材:
コンクリート・スラブ
起源:
中国、青島
点灯:
オプションのLED照明システム
フロアタイプ:
排水溝付きコンクリート床
水供給:
自動水付けシステム
インストール:
組み立て済みのパーツで簡単に組み立て可能
ドア:
鉄製の隔熱ドア
ウィンドウ:
アルミニウム
屋根の種類:
斜め の 屋根
カラム:
H形鋼
材料:
亜鉛メッキ鋼
金網:
アルミニウム亜鉛被覆線
ビーム:
H形鋼
最小注文数量:
600平方メートル
価格:
50-100usd
パッケージの詳細:
標準
受渡し時間:
20〜30営業日
支払条件:
L/C、T/T、ウェスタンユニオン
供給の能力:
8000 トン
ハイライト

Pre-Engineered Steel Dairy Barns

,

Freestall Dairy Barns with Automated Watering

,

High-Tensile Structural Steel Cattle Sheds

製品の説明
Freestall Dairy Barns
Advanced Pre-Engineered Steel Structure Freestall Dairy Barns
Pre-engineered steel structure freestall dairy barn exterior view
Product Overview

Maximizing milk production and ensuring herd longevity directly depends on cow comfort and consistent environmental control. Our pre-engineered steel structure freestall dairy barns are precision-designed to provide a premium, low-stress environment for high-yielding dairy herds.

These structures are engineered to easily integrate standard freestall cubicle partitions, automated rubber-mat bedding, and automated scraper lanes. Manufactured using heavy-duty, high-tensile structural steel components, our framing packages deliver optimal volumetric clearance and superior ventilation paths, providing a biosecurity-ready envelope that protects your livestock and streamlines daily dairy operations.

Technical Parameter Matrix
Technical Parameter Specification & Freestall Engineering Options
Primary Framing System Heavy-duty, rigid welded H-section steel portal frames (Q355B grade, equivalent to S355 / ASTM A572 Grade 50)
Enhanced Ammonia Barrier Specialized heavy Hot-dip Galvanization (Zinc coating layer up to 500g/m²) or multi-layer epoxy chemical-resistant coatings
Eave & Clear Height 4.5 meters to 7+ meters (Calculated to ensure extensive internal air volume and clearance for specialized ventilation)
Roof Pitch Configuration 1:3 or 1:4 dual-slope profiles, optimized for natural thermal air buoyancy and high roof ridge vents
Wall & Gable Ends Open-side layouts with pre-engineered steel framing brackets for automatic climate curtains or insulated sandwich panels
Purlin & Structural Girts High-galvanized cold-formed C or Z-section steel girts with precision pre-punched bolt holes
Load Design Criteria Tailored to localized building codes: Wind Load (up to 140 km/h+), Snow Load, and hanging loads from overhead cooling systems
Technical diagram of freestall dairy barn structural components
Key Engineering Features for Freestall Operations
  1. Engineered for Precision Freestall Layouts
    Our column positioning is calculated to align perfectly with your internal spacing requirements—whether you utilize a 4-row, 6-row, or 8-row freestall configuration. The open floor plans ensure zero interference with the positioning of neck rails, brisket boards, automatic cow brushes, and water troughs.
  2. Advanced Climate Control & Thermal Comfort
    To eliminate summer heat stress (which triggers drops in milk yield), the roof framing is designed to support heavy variable-speed fans, high-pressure misting lines, and large-diameter HVLS (High-Volume Low-Speed) ceiling fans. The high eave design creates an immense air reservoir, maintaining continuous fresh air exchanges.
  3. Corrosive Slurry & Scraping Lane Compatibility
    The base connections of our steel columns are elevated and bolted onto concrete curbs or deep piers. This keeps the critical steel joinery completely clear of raw organic waste, bedding moisture, and the corrosive path of automated alley scrapers or flush flumes.
Interior view of freestall dairy barn showing cow comfort features
Frequently Asked Questions
Q1: Can your structural steel framing handle the heavy weight of large HVLS ceiling fans and water misting lines?
A: Yes. During our structural drafting stage, we incorporate the dead load of heavy commercial HVLS ceiling fans, overhead water pipes, and lighting fixtures directly into our structural calculation software. We reinforce the primary roof rafters and secondary purlins to handle these combined hanging loads without deflection.
Q2: How do you protect the base of the columns from being corroded by manure scrapers?
A: We strongly recommend mounting the steel columns onto raised concrete plinths or retaining walls (typically 0.5m to 1.2m above the finished floor level). Our engineering team designs the anchor bolt configurations to perfectly match these concrete footings, ensuring the steel components are elevated safely above the waste scraping zone.
Q3: What is the benefit of a high roof pitch (1:3 or 1:4) for a freestall dairy barn?
A: A higher roof pitch significantly increases the "stack effect" (natural thermal ventilation). Warm air generated by the dairy cows naturally rises along the slope and escapes through the continuous open ridge at the top, pulling cooler, fresher air in from the sidewalls, which reduces moisture and ammonia odor buildup inside the barn.