Poultry Cage Suppliers
Source poultry cages from verified wholesale suppliers on Towobo — conventional battery cages, enriched colony cages, broiler cages, and aviary systems for commercial egg production and poultry farming, including galvanised wire and powder-coated options.
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Browse Poultry Cage Suppliers →Poultry cages — systems, specifications, welfare regulations, and wholesale procurement
Poultry cages are a core capital item for commercial poultry (egg-laying hen and broiler) operations. For wholesale buyers, project supply, or agricultural distributors, understanding cage system types, wire specifications, stocking density requirements, and regional welfare regulations is essential. Cage systems: - Conventional battery cage (A-frame or H-frame): The traditional 3–5 tier layered cage system for laying hens. High stocking density (typically 550–750 cm² per bird), low capital cost. Banned in the EU since 2012 (Directive 1999/74/EC) and in some other jurisdictions, but remains the most commonly used system globally in markets without EU-equivalent regulations, including much of Africa, Asia, and parts of the Middle East. - Enriched colony cage (enriched battery cage): Required in the EU since 2012 in place of conventional battery cages. Minimum 750 cm² per bird, plus additional space for nest, litter, perch. Available as A-frame or H-frame multi-tier, typically 4–8 tiers. - Aviary / free-range indoor system: Multi-level perch-and-nesting system without individual cages, allowing free movement. Required for organic egg production and some welfare-certification standards (e.g., RSPCA Assured). - Broiler cage (meat chicken cage): Used in some Asian and Middle Eastern markets for floor-to-table broiler production. Less common in EU/US. Multi-tier H-frame design. - Quail cage: Small-wire cages for commercial Japanese quail (Coturnix) production — common in Africa (Nigeria, Ghana) and Middle East. Wire specifications: Cage wire is typically galvanised welded mesh. Wire diameter: 2.0–2.5 mm for frame wire, 1.8–2.0 mm for floor mesh. Mesh opening: 25×50 mm or 25×75 mm. Hot-dip galvanised (HDG) after welding is the most durable option, with 25–40 years service life. Electro-galvanised (EG) is lower cost with 10–15 year expected service life. Powder-coated galvanised is used for premium and hygienic cage systems. Stocking density and welfare: The most relevant international standard is EU Council Directive 1999/74/EC (minimum standards for the protection of laying hens). Key parameters: conventional battery cage ban; enriched cage minimum 750 cm²/bird including 600 cm² usable space; 45 cm perch per 10 birds; 1 nest/7 birds or shared nest per group; litter access minimum 250 cm²/bird. For markets outside the EU, confirm local veterinary/agriculture ministry standards. Automatic systems: Modern commercial layer cage systems incorporate: nipple drinker lines (one nipple per 5–8 birds), chain feeder or pan feeder systems, belt manure removal conveyor (for H-frame systems), egg conveyor belt, and optional egg counting and sorting. For wholesale buyers supplying complete layer farms, procuring complete integrated cage + equipment systems from a single supplier is more efficient than separate component procurement. Wholesale procurement: For a commercial layer farm of 10,000–100,000 birds, procurement typically covers: cage system (frame, wire tiers, cage panels), drinking line, feeding system, manure handling, lighting, ventilation equipment, and egg collection. Most cage manufacturers supply complete turnkey farm equipment packages for large orders, with installation supervision and farm commissioning support.
Frequently asked questions
Are conventional battery cages allowed in my country?
Conventional battery cages are banned in the EU (since 2012, Directive 1999/74/EC), UK (equivalent ban retained post-Brexit), Canada (phase-out to 2036), and some US states (California, Massachusetts). They remain legal in most of Africa, Asia (including China, India, and most Southeast Asian countries), the Middle East, and Latin America (with some country-level exceptions). Always confirm current national veterinary/agriculture ministry regulations before procuring a cage system for a specific market.
What is the minimum space per hen in an enriched colony cage?
EU Directive 1999/74/EC requires: minimum 750 cm² per bird (including 600 cm² usable space); a nest box; litter area of at least 250 cm² per bird; perch of at least 15 cm per bird; and sufficient feeders and drinkers. Total usable space per bird in an enriched cage colony is significantly more than a conventional battery cage. For markets outside the EU, minimum space requirements vary — many African and Asian markets do not specify a minimum, but 450–550 cm² per bird is common practice for conventional battery cage operations.
What is the difference between A-frame and H-frame (flat deck) layer cage systems?
A-frame (also called V-type or stepped cage): Tiers are staggered in a step pattern, with each tier offset from the one below. Manure drops directly to the floor or a collection pan. Less expensive, easier to install manually, lower capital cost. Requires more manual manure removal. H-frame (also called flat-deck or stacked cage): Tiers are stacked directly above each other, with horizontal manure belts between each tier. Manure is automatically conveyed to the end of the house. Higher capital cost, but substantially better biosecurity, easier management, and higher stocking density per floor area. H-frame with manure belts is the preferred system for large-scale (50,000+ bird) commercial operations.
How do I calculate the number of cages for my target flock size?
Divide total flock size by the number of birds per cage. Example: for a 20,000-bird layer farm using a 4-bird conventional battery cage (550 cm² each = 2,200 cm² total, floor dimensions approximately 40 cm × 55 cm): 20,000 ÷ 4 = 5,000 individual cages. These are typically grouped in tiers — a 4-tier system would require 1,250 cage units × 4 tiers. For a 3-bird enriched cage at 750 cm²/bird: 20,000 ÷ 3 = 6,667 cage units. When specifying from a supplier, provide total flock size, birds per cage, number of tiers, and house dimensions — the supplier's engineering team will design the layout.
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