Brief: Discover the Double Light Steel Structure Chicken House with Fully Automatic Equipment, a modern poultry solution designed for efficiency and durability. This innovative structure features high wind resistance, low cost, and a long service life of over 25 years. Perfect for expanding your breeding capacity with automated feeding, drinking, and environmental control systems.
Related Product Features:
Double light steel structure ensures safety, high wind resistance, and earthquake resistance.
Fast construction and easy installation with a long service life of over 25 years.
Environmental protection and energy-saving design with waterproof capabilities.
Fully automated equipment includes main feeding line, broiler pan feeding system, and nipple drinking system.
Environment control system for centralized monitoring of poultry house conditions.
Affordable and durable prefabricated steel structure building with customizable colors.
Standard materials include Q235B/Q355B carbon steel with painting or galvanizing options.
Wide application in poultry and piggery sheds with a price range of USD 30-80 per square meter.
Vraagstukken:
What are the main benefits of the Double Light Steel Structure Chicken House?
The main benefits include high wind resistance, low cost, fast construction, long service life (over 25 years), environmental protection, and energy-saving features. It also comes with fully automated equipment to enhance production efficiency.
What materials are used in the construction of the poultry house?
The poultry house is constructed using Q235B/Q355B carbon steel, with options for painting or galvanizing. The structure includes section columns, C/Z galvanized steel purlins, and steel sheet or sandwich panel walls and roofs.
How does the fully automatic equipment improve poultry farming?
The fully automatic equipment includes a main feeding line, broiler pan feeding system, and nipple drinking system, which reduce labor costs and improve efficiency. The environment control system allows for centralized monitoring of conditions, ensuring optimal growth for the birds.