Product Overview:
The Guangxing H-Type Automatic Layer Cage System is designed for medium- and large-scale commercial egg farms. Its multi-tier structure makes efficient use of poultry house space while providing a clean, stable, and well-organized environment for laying hens.
Key Features and Advantages:
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Optimal spatial and investment utilization: Compared to traditional Type A frame aquaculture systems, high-density farming systems reduce land requirements by 70%. With a stocking density of up to 62 animals per square meter, these systems significantly lower initial farm investment costs while maximizing space utilization.
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Excellential durability (20-year service life): Manufactured using premium hot-dip galvanizing technology, the entire system exhibits outstanding corrosion resistance and durability, ensuring a reliable service life of up to 20 years.
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Zero Feed Waste Design: Our feeding system employs a heat-immersed V-shaped high-side trough structure, completely eliminating feed waste and reducing feed costs. Combined with a user-friendly horizontal moving door, it effectively prevents poultry escape and further minimizes feed spillage.
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The optimal egg protection system (breakage rate <0.5%) features a cage bottom constructed from highly elastic metal wire with an scientifically calculated inclination angle. The smooth hot-dip galvanized surface ensures that the egg breakage rate is strictly controlled below 0.5%. It serves as an ideal breeding equipment for producing high-quality “healthy eggs” and “pollution-free eggs”.
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Excellence in hygiene and disease prevention: Increased layer spacing ensures superior ventilation and lighting, effectively preventing infectious diseases. The integrated fecal conveyor system maintains dryness of waste, facilitating easier removal, cleaning, and recycling.
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The intelligent centralized management system enables poultry farmers to conserve energy and materials. Our equipment is equipped with advanced ventilation, lighting, and automated control systems, which enhance overall efficiency and optimize the egg-to-feed ratio.
