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WX-DS800
| Parameter | Value |
| Model | WX-800 |
| Rotary Diameter | 400mm |
| Main Shaft Width | 800mm |
| Rotary Blade Number | 44 (D2) |
| Rotary Shaft Speed | 80rpm |
| Fixed Blade Number | 2 (SKD-II) |
| Hydraulic Motor | 3KW |
| Hydraulic Cylinder Size | 80×1000mm |
| Hydraulic Station Cooling | Water cooling |
| Using Pressure | 6–12Mpa |
| Crush Capacity | 500-800kg/h |
| Feed Port Size | 800mmL x 1200mmW |
| Main Motor Power | 37KW |
| Reducer | H2HH5-20-B |
| Bearing | NSK |
| Sealing Part | TTO |
| Machine Weight | 3500kg |
| Machine Size | 2700x1450x2300mm |
| Electric Control System | NS-D800 |
The Waste Plastic Single Shaft Recycler stands as a workhorse in plastic recycling operations, engineered to transform various plastic waste streams into high-quality recyclable granules with exceptional efficiency. This specialized machine features a 22-45 kW variable frequency motor that delivers precise power control, achieving a reliable 6-12 tons/hour processing capacity across diverse plastic types. Its single-shaft design incorporates advanced material handling technology specifically optimized for plastic's unique properties, including low friction feeding and anti-adhesion surfaces that prevent material buildup. The recycler's robust construction and intelligent processing capabilities make it a cornerstone of sustainable plastic waste management systems.
At the heart of the recycler is a tungsten carbide-coated rotor with specially designed blade geometry that minimizes plastic melting during shredding. The 350mm diameter rotor features 16-24 staggered cutting blades that create a scissor-like action, producing clean, uniform particles without generating excessive heat. This precision cutting reduces dust formation and ensures consistent particle size distribution critical for downstream recycling processes.
The shredding chamber features a proprietary non-stick coating that prevents molten plastic from adhering to surfaces— a common challenge in plastic recycling. The chamber's optimized airflow design further reduces heat buildup, maintaining ideal processing temperatures even during continuous operation. These features significantly reduce downtime caused by material buildup and cleaning requirements.
The recycler can be seamlessly integrated with optical sorting systems through its modular design, allowing for automated separation of different plastic types during processing. Its PLC control system communicates with sorting equipment to adjust processing parameters based on material composition, optimizing particle quality for specific resin types including PET, PP, PE, and PVC.
This versatile recycler processes various plastic waste streams:
Post-Consumer Plastic Waste: Transforms mixed plastic containers, bottles, and packaging
Industrial Plastic Scrap: Recycles manufacturing offcuts, defective parts, and production runners
Agricultural Plastic Recycling: Processes irrigation pipes, greenhouse films, and fertilizer bags
Construction Plastic Waste: Handles PVC pipes, PP fittings, and insulation materials
Automotive Plastic Recycling: Shreds interior components, bumpers, and plastic trim pieces
A: The Waste Plastic Single Shaft Recycler efficiently processes most thermoplastic materials including polyethylene (PE), polypropylene (PP), polyvinyl chloride (PVC), polyethylene terephthalate (PET), polystyrene (PS), and their blends. It handles both rigid plastics and flexible films with equal effectiveness.
A: The recycler uses three key technologies: precision blade geometry that minimizes friction, a non-stick chamber coating that prevents adhesion, and active cooling systems that maintain chamber temperatures below 60°C during operation. The variable speed motor also reduces RPMs during heavy loads to prevent heat buildup.
A: Standard output ranges from 5mm to 30mm depending on screen configuration. The quick-change screen system allows operators to switch between particle sizes in less than 30 minutes, accommodating different recycling requirements from direct extrusion (finer particles) to washing processes (coarser particles).
A: The recycler features a specially designed drainage system that removes moisture during processing, preventing bacterial growth and odor issues. While it handles minor contamination (labels, adhesives), for heavily contaminated materials, optional pre-washing integration is available to ensure optimal granule quality.
| Parameter | Value |
| Model | WX-800 |
| Rotary Diameter | 400mm |
| Main Shaft Width | 800mm |
| Rotary Blade Number | 44 (D2) |
| Rotary Shaft Speed | 80rpm |
| Fixed Blade Number | 2 (SKD-II) |
| Hydraulic Motor | 3KW |
| Hydraulic Cylinder Size | 80×1000mm |
| Hydraulic Station Cooling | Water cooling |
| Using Pressure | 6–12Mpa |
| Crush Capacity | 500-800kg/h |
| Feed Port Size | 800mmL x 1200mmW |
| Main Motor Power | 37KW |
| Reducer | H2HH5-20-B |
| Bearing | NSK |
| Sealing Part | TTO |
| Machine Weight | 3500kg |
| Machine Size | 2700x1450x2300mm |
| Electric Control System | NS-D800 |
The Waste Plastic Single Shaft Recycler stands as a workhorse in plastic recycling operations, engineered to transform various plastic waste streams into high-quality recyclable granules with exceptional efficiency. This specialized machine features a 22-45 kW variable frequency motor that delivers precise power control, achieving a reliable 6-12 tons/hour processing capacity across diverse plastic types. Its single-shaft design incorporates advanced material handling technology specifically optimized for plastic's unique properties, including low friction feeding and anti-adhesion surfaces that prevent material buildup. The recycler's robust construction and intelligent processing capabilities make it a cornerstone of sustainable plastic waste management systems.
At the heart of the recycler is a tungsten carbide-coated rotor with specially designed blade geometry that minimizes plastic melting during shredding. The 350mm diameter rotor features 16-24 staggered cutting blades that create a scissor-like action, producing clean, uniform particles without generating excessive heat. This precision cutting reduces dust formation and ensures consistent particle size distribution critical for downstream recycling processes.
The shredding chamber features a proprietary non-stick coating that prevents molten plastic from adhering to surfaces— a common challenge in plastic recycling. The chamber's optimized airflow design further reduces heat buildup, maintaining ideal processing temperatures even during continuous operation. These features significantly reduce downtime caused by material buildup and cleaning requirements.
The recycler can be seamlessly integrated with optical sorting systems through its modular design, allowing for automated separation of different plastic types during processing. Its PLC control system communicates with sorting equipment to adjust processing parameters based on material composition, optimizing particle quality for specific resin types including PET, PP, PE, and PVC.
This versatile recycler processes various plastic waste streams:
Post-Consumer Plastic Waste: Transforms mixed plastic containers, bottles, and packaging
Industrial Plastic Scrap: Recycles manufacturing offcuts, defective parts, and production runners
Agricultural Plastic Recycling: Processes irrigation pipes, greenhouse films, and fertilizer bags
Construction Plastic Waste: Handles PVC pipes, PP fittings, and insulation materials
Automotive Plastic Recycling: Shreds interior components, bumpers, and plastic trim pieces
A: The Waste Plastic Single Shaft Recycler efficiently processes most thermoplastic materials including polyethylene (PE), polypropylene (PP), polyvinyl chloride (PVC), polyethylene terephthalate (PET), polystyrene (PS), and their blends. It handles both rigid plastics and flexible films with equal effectiveness.
A: The recycler uses three key technologies: precision blade geometry that minimizes friction, a non-stick chamber coating that prevents adhesion, and active cooling systems that maintain chamber temperatures below 60°C during operation. The variable speed motor also reduces RPMs during heavy loads to prevent heat buildup.
A: Standard output ranges from 5mm to 30mm depending on screen configuration. The quick-change screen system allows operators to switch between particle sizes in less than 30 minutes, accommodating different recycling requirements from direct extrusion (finer particles) to washing processes (coarser particles).
A: The recycler features a specially designed drainage system that removes moisture during processing, preventing bacterial growth and odor issues. While it handles minor contamination (labels, adhesives), for heavily contaminated materials, optional pre-washing integration is available to ensure optimal granule quality.
