Product Attributes
Storage bins, as key components of feeding machines, are primarily constructed from stainless steel, carbon steel, or high-strength plastic materials, offering corrosion resistance and wear durability. Structurally, they are commonly categorized into hopper-type, cylindrical, and box-type designs, with volume specifications ranging from 10L to 500L to suit different production scales. Feeding methods include gravity-based, vibratory, and screw conveying types. Some advanced models are equipped with control devices such as electric push rods or pneumatic gates for precise material discharge. Additionally, storage bins typically feature observation windows and interfaces for level sensors to enable real-time monitoring of internal material conditions.
Core Characteristics
Large Capacity Storage
Reduces manual refueling frequency and enhances production continuity.
Anti-Clogging Design
Smooth inner wall treatments and arch-breaking devices prevent material accumulation and caking.
Intelligent Monitoring
Integrated level sensors provide real-time high/low level signals, enabling automatic start-stop coordination with feeding machines.
Strong Compatibility
Seamlessly interfaces with various feeding machines (e.g., vibratory feeders, belt feeders).
Convenient Maintenance
Modular structural design facilitates disassembly, cleaning, and fault repair.