Core Technology of Core Technology of Double Spiral Groove Flipping Machine

Innovative Design Principle The core of the double spiral groove flipping machine lies in its unique dual-spiral shaft collaborative working mechanism. Compared with traditional single-spiral equipment, this design significantly expands the turning range and eliminates operational dead zones. When the equipment operates, the two spiral shafts rotate collaboratively at speeds of 30-60 revolutions per minute, lifting materials from the bottom upward and dispersing them sideways, creating comprehensive turning effects. This design not only improves turning efficiency but, more importantly, ensures uniform material mixing. During the turning process, materials fully contact air, with oxygen content increasing to 18%-21%, creating ideal conditions for aerobic microbial activity. Simultaneously, the turning process helps regulate material temperature and humidity, promoting rapid organic matter decomposition. Wide Range of Material Adaptability The double spiral groove flipping machine demonstrates strong adaptability to various organic raw materials. Whether dealing with high-moisture livestock manure, cellulose-rich crop straw, or industrial organic waste, all can be effectively processed through this equipment. The device can transform various raw materials with moisture content between 40%-70% into high-quality organic fertilizer. For materials with different characteristics, the equipment optimizes operations through adjustable working parameters. The height and spacing of spiral shafts can be adjusted according to material pile height and characteristics, ensuring optimal turning effects under various conditions. This flexibility enables the equipment to adapt to diverse production needs. High Production Performance The double spiral groove flipping machine demonstrates outstanding performance in improving production efficiency. A single unit can process 50-200 tons of material per hour, with efficiency increased 10-20 times compared to traditional methods. Fermentation cycles can be shortened from 3-6 months of natural composting to 15-30 days, significantly accelerating organic fertilizer production speed. The equipment features high automation levels, requiring only one operator to complete the entire operation process. Intelligent control systems can monitor temperature and humidity parameters in real-time during fermentation, automatically adjusting equipment operation status as needed. This intelligent operation not only reduces labor intensity but also ensures stability and controllability of the fermentation process.

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