2FGH-S Series Double Vertical Twisted Dragon Spreaders are designed for spreading various dry and wet manure, especially sticky, wet manure with high water content and large chunks. They effectively break and evenly spread the fertilizer, ensuring excellent crushing and spreading performance. The animal waste spreader is towed by a tractor, and its fertilizer feeding system is powered directly by the tractor's hydraulic output. It drives the internal conveyor chain to automatically transport the fertilizer to the rear, with adjustable speed. The fertilizer spreading system is powered by the tractor's rear power take-off shaft, which drives the high-speed rotating double vertical twisted dragon to crush and evenly spread the fertilizer; the spreading amount is adjustable. This spreader is suitable for large-scale farms, pastures, and grasslands for manure and organic fertilizer spreading, enabling large-scale uniform fertilization operations, reducing labor intensity, improving efficiency, saving costs, and achieving various economic benefits.
Product Features
Double helical screw device, powered by an imported three-belt transmission gearbox, offering stable performance and strong reliability. Effective for粉碎撒布 of sticky, wet manure and large pieces of manure.
2. Precision variable speed valve design, allowing for adjustable speed of the fertilizer conveying chain to meet various sowing requirements.
3. High-flow manure gate design ensures smooth manure discharge without clogging and allows for controlled manure output based on usage requirements; equipped with a screw conveyor guard for enhanced safety protection.
4. Enhanced safety features and anti-reverse function added to parts like fertilizer conveying chains, preventing damage caused by human error or external forces.
5. The fertilizer conveying chains and scrapers are all designed with heavy-duty structures, further enhancing their reliable performance.
6. Equipped with a spring steel plate shock absorption system under the vehicle, it is suitable for fertilization operations under harsh conditions with high safety factor.
