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WX-PC400
WANXU
No. | ||
1 | Model | WX-PC400 |
2 | Motor | 7.5kw |
3 | Fixed blade | 2pcs |
4 | Rotary Blade | 12pcs |
5 | Capability | 300-400kg/h |
7 | Diameter size | 1260*840*1280mm |
The PC-400 Plastic Crushing Shredder represents a specialized solution for plastic waste processing, designed to efficiently reduce various plastic materials into uniform particles for recycling and reuse. This medium-sized industrial shredder combines power and precision, featuring a 18.5-30 kW dual motor system that delivers consistent performance across diverse plastic types. With a processing capacity of 8-15 tons/hour, it strikes an ideal balance between throughput and energy efficiency, making it suitable for medium-scale recycling facilities and plastic manufacturing plants seeking to optimize waste management practices. Its robust construction and intelligent design ensure reliable operation even with contaminated or mixed plastic feeds.
A standout feature of the PC-400 is its advanced automatic reverse function, which detects material blockages and reverses rotor direction to clear jams without operator intervention. This technology minimizes downtime and prevents motor damage, addressing a common challenge in plastic shredding operations. The shredder's optimized feed throat design (800×480mm bin size) facilitates smooth material intake while reducing bridging issues with flexible plastics.
The machine utilizes a rotor equipped with 8-25 high-carbon steel blades arranged in a spiral pattern to ensure thorough cutting and consistent particle size. The cutter diameter of 320mm provides ample contact area for efficient shredding, while adjustable blade clearance allows operators to fine-tune output sizes from 10mm to 50mm. The blades' special heat-treated construction ensures extended service life even when processing abrasive plastic materials containing fillers or reinforcements.
Despite its powerful performance, the PC-400 incorporates energy-saving features including an intelligent motor control system that adjusts power consumption based on material load. This variable load operation reduces electricity usage during periods of lighter feeding, resulting in 15-20% lower energy consumption compared to conventional plastic shredders of similar capacity. The machine's compact footprint also optimizes floor space utilization in recycling facilities.
The PC-400 excels in processing a wide range of plastic materials across various industries:
Packaging Recycling: Handles plastic bottles, containers, films, and bags made from PET, PP, and PE
Industrial Waste Processing: Shreds manufacturing scrap, injection molding runners, and extruded plastic offcuts
Post-Consumer Plastic Handling: Processes mixed plastic waste from municipal recycling programs
Plastic Reclaiming: Prepares material for washing, pelletizing, and reprocessing into new plastic products
Agricultural Plastic Recycling: Processes irrigation pipes, greenhouse films, and fertilizer bags
A: The shredder efficiently processes most common plastics including polyethylene (PE), polypropylene (PP), polyvinyl chloride (PVC), polystyrene (PS), and polyethylene terephthalate (PET). It handles both rigid forms (bottles, containers) and flexible materials (films, bags) as well as plastic composites with minor contamination levels.
A: The system uses sensors to detect increased motor load and reduced material flow that indicate jamming. When a jam is detected, the rotor automatically reverses direction for a preset interval to dislodge the blocked material, then resumes normal operation. This process repeats if necessary, with alerts sent to operators if persistent jamming occurs.
A: Regular maintenance includes daily inspection of blades for wear, weekly lubrication of moving parts, and monthly checks of hydraulic systems (if equipped). Blade sharpening or replacement is recommended when output particle size becomes inconsistent, typically after 300-400 hours of operation depending on material type. The machine's design allows for quick access to key components to minimize maintenance downtime.
A: While the shredder can handle small amounts of metal contamination (such as bottle caps or labels), excessive metal should be removed beforehand to prevent blade damage. For applications with frequent metal contact, optional wear-resistant blades and metal detection systems can be installed to enhance durability and protection.
No. | ||
1 | Model | WX-PC400 |
2 | Motor | 7.5kw |
3 | Fixed blade | 2pcs |
4 | Rotary Blade | 12pcs |
5 | Capability | 300-400kg/h |
7 | Diameter size | 1260*840*1280mm |
The PC-400 Plastic Crushing Shredder represents a specialized solution for plastic waste processing, designed to efficiently reduce various plastic materials into uniform particles for recycling and reuse. This medium-sized industrial shredder combines power and precision, featuring a 18.5-30 kW dual motor system that delivers consistent performance across diverse plastic types. With a processing capacity of 8-15 tons/hour, it strikes an ideal balance between throughput and energy efficiency, making it suitable for medium-scale recycling facilities and plastic manufacturing plants seeking to optimize waste management practices. Its robust construction and intelligent design ensure reliable operation even with contaminated or mixed plastic feeds.
A standout feature of the PC-400 is its advanced automatic reverse function, which detects material blockages and reverses rotor direction to clear jams without operator intervention. This technology minimizes downtime and prevents motor damage, addressing a common challenge in plastic shredding operations. The shredder's optimized feed throat design (800×480mm bin size) facilitates smooth material intake while reducing bridging issues with flexible plastics.
The machine utilizes a rotor equipped with 8-25 high-carbon steel blades arranged in a spiral pattern to ensure thorough cutting and consistent particle size. The cutter diameter of 320mm provides ample contact area for efficient shredding, while adjustable blade clearance allows operators to fine-tune output sizes from 10mm to 50mm. The blades' special heat-treated construction ensures extended service life even when processing abrasive plastic materials containing fillers or reinforcements.
Despite its powerful performance, the PC-400 incorporates energy-saving features including an intelligent motor control system that adjusts power consumption based on material load. This variable load operation reduces electricity usage during periods of lighter feeding, resulting in 15-20% lower energy consumption compared to conventional plastic shredders of similar capacity. The machine's compact footprint also optimizes floor space utilization in recycling facilities.
The PC-400 excels in processing a wide range of plastic materials across various industries:
Packaging Recycling: Handles plastic bottles, containers, films, and bags made from PET, PP, and PE
Industrial Waste Processing: Shreds manufacturing scrap, injection molding runners, and extruded plastic offcuts
Post-Consumer Plastic Handling: Processes mixed plastic waste from municipal recycling programs
Plastic Reclaiming: Prepares material for washing, pelletizing, and reprocessing into new plastic products
Agricultural Plastic Recycling: Processes irrigation pipes, greenhouse films, and fertilizer bags
A: The shredder efficiently processes most common plastics including polyethylene (PE), polypropylene (PP), polyvinyl chloride (PVC), polystyrene (PS), and polyethylene terephthalate (PET). It handles both rigid forms (bottles, containers) and flexible materials (films, bags) as well as plastic composites with minor contamination levels.
A: The system uses sensors to detect increased motor load and reduced material flow that indicate jamming. When a jam is detected, the rotor automatically reverses direction for a preset interval to dislodge the blocked material, then resumes normal operation. This process repeats if necessary, with alerts sent to operators if persistent jamming occurs.
A: Regular maintenance includes daily inspection of blades for wear, weekly lubrication of moving parts, and monthly checks of hydraulic systems (if equipped). Blade sharpening or replacement is recommended when output particle size becomes inconsistent, typically after 300-400 hours of operation depending on material type. The machine's design allows for quick access to key components to minimize maintenance downtime.
A: While the shredder can handle small amounts of metal contamination (such as bottle caps or labels), excessive metal should be removed beforehand to prevent blade damage. For applications with frequent metal contact, optional wear-resistant blades and metal detection systems can be installed to enhance durability and protection.
