Battery Cage For Layers From Vanke China–Nigeria Branch: Professional Poultry Equipment Solutions

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Local Made Battery Cage For Layers From Vanke China–Nigeria Branch: Professional Poultry Equipment Solutions

Time : Oct 20, 2025

Local made battery cage for layers is a modern poultry housing system designed with full automation, including automatic feeding, egg collection, manure removal, and drinking systems.

The following comparison introduces several types of battery cage for layers and their key differences in farm application, structural layout, and materials, helping farms select suitable systems for different scales and automation needs.

Slide the table to view detailed specifications of each battery cage for layers system.

Type	Farm Application & Scale	Typical Layers / Layout	Typical Size (Per Unit / Row)	Materials	Pros
H-Frame Automatic Battery Cage	Large fully automatic farms (50k–1,000,000 birds per house or more)	6–16 vertical layers (optional 3–12)	Module width 600–900mm, depth 450–600mm	Hot-dip galvanized steel frame + pvc/chrome mesh + plastic feed line	High automation, space efficient, easy for egg and manure collection
A-Type Automatic Battery Cage	Medium and small automatic farms (3k–50k birds per house)	3–8 sloped layers (commonly 3–12)	Width 450–600mm, slope 8–12°	Galvanized mesh + steel support + plastic parts	Easy installation and maintenance, cost-effective
Conventional Battery Cage	Small low-cost farms (2k–20k birds) or temporary operation	3–4 standard layers	Smaller cage size, standard layout	Galvanized iron wire + steel frame	Low cost, simple structure, quick installation
Enriched / Furnished Cage	Welfare or regulation-driven farms (10k–200k birds)	3–5 layers (commonly 3–12)	Each cage includes perch, dust bath, and nest box	Stainless steel or galvanized steel + plastic parts	Improves welfare, meets export and premium market standards
Aviary / Free-Flow System	Welfare-oriented or export farms (medium to large scale)	Multi-platform or single-corridor layout	Custom platform structure	Steel frame + wood/plastic platform + mesh	High welfare, stable egg production under good management

Basic Structure Introduction

This table outlines the basic structural framework and system configurations of each battery cage for layers model, showing their main components and operation features.

Type	Structure Type	System Components	Key Features
H-Frame Automatic Battery Cage	Multi-layer vertical h-frame structure	Automatic feeding, egg belt, manure belt, and drinking line	High density design, space saving, fully automatic management
A-Type Automatic Battery Cage	“A” shaped sloped frame	Feeding line, egg trough, manure belt or drop system	Lightweight, small footprint, simple to install
Conventional Battery Cage	Flat stacked layout	Manual feeding and egg collection	Low investment, easy to build, suitable for small-scale farms
Enriched / Furnished Cage	Modular structure with inner activity area	Perch, dust bath, nest box, feeding line	Meets welfare and export standards, suitable for premium markets
Aviary / Free-Flow System	Open platform and corridor structure	Automatic feeding and lighting, activity platform, egg collection area	Large activity space, high welfare, improves egg quality

Material & Maintenance

The materials used in battery cage for layers determine durability, lifespan, and adaptability to different climates. proper selection ensures stability, hygiene, and long-term performance.

Hot-dip galvanized steel: corrosion-resistant, cost-effective, suitable for humid and tropical climates; service life 12–15 years.
Stainless steel: highly durable and strong, used in main support parts; service life 15–20 years.
PVC coated mesh: prevents rust and foot injury, smooth surface for safety; service life 8–10 years.
Plastic trays and manure belts: easy to clean, reduce odor and labor; service life 5–8 years under normal conditions.

Farm Application Guidance

A-type automatic battery cage: suitable for small and medium farms or trial houses with 5,000–10,000 birds; simple structure, cost-effective, easy maintenance.
H-frame automatic battery cage: ideal for large-scale and fully automated farms with 30,000–1,000,000 birds; high automation, excellent space utilization, efficient management.
Enriched cage and aviary system: best for regulation-compliant or premium markets; improves animal welfare and meets export requirements.
Conventional battery cage: fits small farms with limited budgets or transitional use; low investment but less automation and welfare benefits.