Multi-point Inlet/Outlet: Supports multiple inlets and outlets, flexibly adapting to complex process layouts.
Good Sealing: The overall structure is mostly a closed tubular structure, reducing dust emissions, improving the working environment, and meeting environmental protection requirements.
Stronger Conveying Capacity: The multi-shaft design significantly increases the conveying capacity per unit time. For example, the conveying capacity of a dual-shaft model can be 1.5–2 times that of a single-shaft model.
Clog prevention: Multiple screw shafts working in different directions (such as inward rotation) effectively prevent material accumulation or entanglement, making it particularly suitable for handling sticky, easily agglomerated materials (such as sludge, biomass).
It also features mixing and stirring functions: Multi-axis counter-rotation enables automatic mixing during conveying, suitable for materials requiring homogenization (such as feed and chemical raw materials).
It has a compact yet highly adaptable structure: Although slightly wider, the number and length of the shafts can be adjusted to fit site limitations; its advantages are evident in short-distance, high-volume scenarios.
Multi-shaft screw conveyors feature large processing capacity, long conveying distance, and low power consumption, and are widely used in wastewater treatment plants and other fields. The Lanhuan screw conveyor is a high-performance product with an internal flow velocity of up to 35 m/s and a processing capacity of 20 m³/d. The conveyor length is 1200 cm and can be customized to meet specific needs, covering a wide service area and satisfying conveying requirements of different scales. It operates with low noise, controlled below 40 dB, and boasts high ventilation and air volume, reaching 15 m³/min and over 20 m³/min respectively.
Multi-shaft screw conveyors are developed from traditional single-shaft screw conveyors, increasing performance by adding more screw shafts. They are particularly suitable for conveying powdery, granular, or easily agglomerated materials.
