Audited Supplier
Pulley - 2 -1/2" steel with regular straps(22cm)
1.2 1/2" machined steel wheel
2. Mounted on galvanized split brackets for easy rigging.
3. Smooth self-lubricating
4.3/8" mounting hole
5. Handles cable diameter up to 3/16".
6. Use for winching feed lines, nests and other livestock equipment Handles heavy loads more efficiently than pulleys without bearings.
7. Heavy duty, smooth running pulleys make winching feed lines, fans and other livestock and poultry equipment easy.
8. Special specification and marks can be made according to customer's requirement.
Rope pulley, pulley wheel, poultry farm equipment components
Breeding pulley is a commonly used equipment in the breeding industry, mainly used for lifting and transporting feed, water and other materials, especially in large-scale breeding farms, where the role of pulleys is particularly obvious. They are usually used in conjunction with equipment such as winches and feed lines to achieve automated feeding, thereby improving work efficiency and reducing labor costs. The design of the breeding pulley takes into account durability and safety to ensure stable performance during long-term use, while ensuring the safety of animals and operators.
Type: Breeding pulleys can be divided into various types such as steel pulleys and nylon pulleys. Choose the appropriate pulley type according to different usage environments and needs. Steel pulleys are usually used in heavy load applications, while nylon pulleys are more suitable for some light load applications due to their lightweight and durable characteristics.
Purpose: Breeding pulleys are mainly used in feed machinery, especially in chicken farming. The pulleys are used in conjunction with lifting devices for feeding and drinking lines to achieve automated feeding and greatly improve feeding efficiency. In addition, pulleys can also be used for lifting and transporting other breeding equipment, such as manure cleaning machines, conveyors, etc., to help farms achieve automation and efficient management.
