This model features an 800mm disc diameter, a main motor power of 75-90kW, and a peak capacity of 600-1000kg/h+, representing a 60-100% increase over the 600 model. It stands as the production champion in the series. Utilizing an oversized grinding chamber and multi-stage shearing structure, it achieves ultimate pulverization efficiency with the energy consumption per unit of power. Premium Configuration: Heavy-duty, high-wear-resistant alloy grinding discs deliver a service life of 1200-2000 hours, offering exceptional durability against highly filled PA/PP (e.g., 30-50% glass fiber/mineral powder reinforced).
Dual-circuit high-flow air/water cooling with AI-assisted temperature control (automatic PID regulation) maintains ±2℃ temperature stability, ensuring no degradation or agglomeration during high-capacity operation. Industrial-grade design with heavy-duty vibration damping and a low-noise fan, operating below 88dB. Suitable for 24/7 continuous high-volume production. Though requiring a higher initial investment, it delivers long-term ROI (reduced wear part costs, minimal downtime, high output), making it the flagship choice for large recycling groups, masterbatch plants, and powder coating enterprises. More powerful than the 600, more industrialized than the 500, engineered for ten-thousand-ton scale operations.
The Mao Yue PA/PP-800 Grinder primarily targets large-scale industrial, high-end, and export-oriented plastic recycling, modification, and functional material production. It excels for leading enterprises and large production lines requiring daily throughputs of tens of tons with stringent demands for powder purity, consistency, ultrafine particle size, and continuous stability. First, in large-scale PA industrial recycling, this model serves as the ideal core equipment for automotive dismantling, e-waste processing, and centralized engineering plastic recovery. It performs batch-based precision grinding of high-value PA scrap components such as PA66/PA6 glass-filled parts, automotive hoods, bumper brackets, electronic connector housings, cable jackets, and textile tow waste. Easily exceeding daily processing capacities of dozens of tons, it produces high-purity, high-flow, ultra-fine, and stable PA powder (precisely ground to 10-100 mesh). This powder directly supplies high-end recycled injection molding, extrusion profiles, and engineering-grade recycled material production.
It even enables the export of high-value PA engineering recycled pellets to European and American markets, achieving ultimate resource utilization and maximizing the economic value of waste engineering plastics. Secondly, in high-end PP modification and powder product manufacturing, it supports large-scale PP masterbatch/filler production lines, powder rotational molding, and powder coating batch manufacturing. This includes large chemical storage tanks, trash bins, pallets, and playground equipment. It also enables large-scale production of electrostatic spraying and fluidized bed impregnation powder coatings at the ten-thousand-ton level. The output is ultra-high-flow PP powder characterized by uniform particle size, no agglomeration, and no scorching. This ensures consistent wall thickness, smooth surfaces, and stable performance in finished products, effortlessly meeting stringent demands for ultra-high production capacity and consistent quality. Furthermore, in the chemical/functional materials sector, this machine is optimized for producing PA-based functional powders (e.g., flame-retardant, high-temperature resistant, chemically resistant nylon powders) and PP composite powder carriers. It supports cutting-edge applications, including high-end injection molding, extrusion, 3D printing filaments, and aerospace composites. With high powder purity (impurities <30ppm), narrow particle size distribution, and minimal melt index variation.
This provides reliable, high-end raw material support for downstream functional masterbatches, specialty engineering plastics, and additive manufacturing. Finally, in large-scale export/OEM scenarios, it emerges as the preferred breakthrough equipment for meeting stringent European and American environmental standards (e.g., REACH, RoHS compliance) with high-purity, ultra-fine powder requirements. Leveraging its massive capacity, top-tier temperature control stability, long-life grinding discs, and low-energy design, it helps customers overcome production bottlenecks, reduce unit costs, and enhance international competitiveness. It is suitable for large recycling groups, masterbatch plants, powder coating enterprises, and OEM projects handling ten-thousand-ton export orders.
This model features a disc diameter of approximately 470-500mm, a main motor power of 37-45kW, a typical production capacity of 100-300kg/h, and a spindle speed of 3600-3800rpm. Equipped with 24-28 replaceable moving blades + high-density fixed tooth plates, it delivers high shearing efficiency and wear control for PVC with medium to low filler content, with a service life of approximately 500-800 hours. Intelligent temperature control + water-cooled circulation maintains grinding chamber temperature at 45-55°C, preventing PVC decomposition/yellowing.