ZL-PC1400A Industrial Plastic Crusher 55kW 2500kg/h Mega-Plant
Mega-recycling plants processing 30,000-80,000 tonnes per year need crusher capacity matched to industrial-scale plant operations. The ZL-PC1400A Industrial Plastic Crusher delivers 2500 kg/h throughput with the 28-blade SKD-11 rotor and 55 kW motor calibrated for mega-recycling plant service.
| Model | ZL-PC1400A | Power | 55 kW (75 HP) |
| Voltage | 3-Phase 380V / 50Hz (Customizable: 220V/415V/440V/480V) | Motor Speed | 1480 rpm |
| Capacity | 2500 kg/h | Feed Opening | 1050 x 640 mm |
| Rotating Blades | 32 pcs SKD-11 | Fixed Blades | 5 pcs SKD-11 |
| Screen Hole | 8-18 mm (customizable) | Net Weight | 2800 kg |
| Machine Size (L x W x H) | 2500 x 1900 x 2700 mm | Crushing Chamber | 1100 x 680 mm |
| Material Compatibility | PET, PP, PE, PVC, ABS, PS, PC, PMMA, PA, PU, PEEK | Noise Level | max 96 dB |
| Warranty | 1 year (consumables excluded) | Certifications | CE / ISO 9001:2015 |
The ZL-PC1400A Industrial Plastic Crusher delivers 2500 kg/h throughput, supporting mega-recycling plants processing 30,000-80,000 tonnes annually. At 2500 kg/h average throughput and 16 hours/day operation, a single ZL-PC1400A processes 14,600 tonnes annually.
For mega-recycling operations, the ZL-PC1400A's 2500 kg/h capacity matches the throughput of mega-plants processing 50,000 tonnes annually. A typical 50,000 tonne/year mega-plant runs 2-3 ZL-PC1400A machines in parallel for product-mix flexibility.
The ZL-PC1400A processes mixed industrial materials (PET, PP, PE, PVC, ABS, PS, PC, PMMA, PA, PU, PEEK) at 1800-2500 kg/h. The 32-blade rotor geometry produces consistent flake size distributions that work with downstream sink-float separation and optical sorting.
For mega-recycling operations receiving mixed industrial waste streams (post-industrial, post-consumer, MRF output, international import), the ZL-PC1400A's 55 kW motor torque reserve handles the variable input streams without stalling. The 2500 kg/h throughput matches typical mega-plant receiving patterns: 100-150 tonnes/day across multiple delivery streams.
Mega-recycling operations typically expand capacity by upgrading through the ZL-PC family: PC800 → PC1000 → PC1200A → PC1400A. Each upgrade provides 25-50% higher throughput for 25-30% capital cost premium, maintaining favorable capital efficiency.
For recycling operations expanding from 25,000 tonnes/year (PC1200A) to 50,000 tonnes/year (PC1400A), the incremental USD 3,000 investment generates USD 6.6 million additional annual revenue (1.5x PC1200A throughput at USD 600/tonne). Payback period for the upgrade: 2 months.
For a mega-recycling plant running 8,000 hours per year, the ZL-PC1400A 5-year total cost of ownership: purchase USD 14,000; electricity 55 kW x 8,000 hours x 5 years x USD 0.10/kWh = USD 220,000; blade replacement 20 sets x USD 680 = USD 13,600; bearing service 5 events x USD 780 = USD 3,900; labor 2 operators x USD 30,000/year x 5 years = USD 300,000; overhead USD 120,000. Total 5-year TCO: USD 671,500.
At 2500 kg/h throughput and 8,000 hours per year, the ZL-PC1400A processes 20,000 tonnes of input material annually. Revenue at USD 600/tonne recovered flake = USD 12,000,000 gross. Net annual contribution: USD 11,865,700. ROI on ZL-PC1400A: 84,755%. Payback period: 1.7 months.
The ZL-PC1400A Industrial Plastic Crusher integrates with mega-plant multi-stream configurations: dedicated post-industrial stream (production line integration), dedicated post-consumer stream (curbside collection), dedicated MRF output stream (regional collection network). The 2500 kg/h capacity handles 2-3 streams in parallel with proper scheduling.
For mega-plants running multiple material streams, the ZL-PC1400A's flexible integration supports: 1) post-industrial stream direct from production line, 2) post-consumer stream from sorting facility, 3) MRF output from regional collection network, 4) international import stream from overseas suppliers. The 2500 kg/h capacity handles all streams with operational scheduling.
For mega-recycling plants, the ZL-PC1400A's maintenance strategy requires 2-3 hour micro-maintenance windows during planned downtime. The maintenance schedule: 2,500-hour oil change + bearing inspection + blade rotation check (every 3 months at 24/7 operation), 5,000-hour major component replacement (every 6 months).
For mega-plants running 24/7, the ZL-PC1400A's predictive maintenance system (built-in vibration analysis + thermal monitoring) alerts operators to upcoming maintenance needs 200-300 hours before scheduled intervals. This enables 2-3 hour micro-maintenance windows that keep the machine running without extended shutdown.
The ZL-PC1400A vs 2-3 PC1200A machines selection for mega-plant capacity: 1) Single-machine simplicity: PC1400A preferred (one operator, one maintenance schedule), 2) Capacity flexibility (running some machines at lower utilization): PC1200A × 2-3 preferred, 3) Capital cost: PC1200A × 2 = USD 22,000 vs PC1400A = USD 14,000 (PC1400A saves USD 8,000), 4) Energy efficiency: PC1400A = 2.2 kW/100kg/h vs 3 PC1200A = 4.5 kW/100kg/h (PC1400A is 51% more efficient), 5) Floor space: PC1400A = 12.6 m² vs 3 PC1200A = 22.5 m² (PC1400A saves 44%).
For mega-recycling plants above 50,000 tonnes/year capacity, the ZL-PC1400A's capital efficiency, energy efficiency, and floor space advantages make it the cost-effective choice over multiple PC1200A machines.
Q: What is the typical processing capacity for mega-recycling plants?
30,000-80,000 tonnes annually at 2500 kg/h average throughput. A 50,000 tonne/year mega-plant runs 2-3 ZL-PC1400A machines in parallel for 70,000-110,000 tonnes annual processing capacity.
Q: How does the ZL-PC1400A compare to multiple PC1200A machines?
The ZL-PC1400A saves 36% capital cost (USD 14,000 vs USD 22,000 for 2 PC1200A), 51% energy efficiency, 44% floor space. Single-machine simplicity reduces operator and maintenance overhead.
Q: What is the typical payback period for mega-plants?
For a 50,000 tonnes/year mega-plant: 2-4 months. The ZL-PC1400A capital cost is recovered in 2-4 months of closed-loop operation due to high processing volume and resin recovery value.
Q: Is the ZL-PC1400A suitable for 3-shift continuous operation?
Yes, with the standard oil cooler and Class F motor insulation. Most mega-recycling plants achieve 95%+ uptime availability in 3-shift service. The ZL-PC1400A is designed for true 24/7 industrial operation.
Q: What is the warranty on the equipment?
1 year on motor, gearbox, and main structural components. Blades and bearings are wear items. Warranty is void if blades are run on incompatible materials or if the machine is operated without the specified screen installed.
The ZL-PC1400A and ZL-PC1400B are the two largest models in ZILLION's ZL-PC industrial shredder series. The ZL-PC1400A delivers the same 55 kW / 2,500 kg/h platform as the top-tier PC1400B but with a more compact 650 mm feed opening and smaller footprint — ideal for mid-to-large recycling operations that do not need the 800 mm wide-feed capability. For other applications or upstream pre-shredding in a two-stage recycling line, consider these related models and engineering resources:
The ZL-PC1400A is engineered for 24/7 mega-plant operation. The 55 kW main motor is IP55-rated with thermal overload protection. The SKD-11 tool-steel rotor is dynamically balanced to ISO 1940 G6.3. Customers consistently report Mean Time Between Failures (MTBF) exceeding 5,000 hours in three-shift service. We recommend a 15-minute visual inspection every 8 hours and a planned blade rotation every 4 to 6 weeks.
For a mega-plant running 24 hours per day, 7 days per week, the ZL-PC1400A delivers approximately 50 to 55 tons per day and 1,400 tons per month at sustained 2,500 kg/h throughput. For the largest 60+ tons/day applications, ZILLION recommends the sister model ZL-PC1400B with its 800 mm feed opening.
A single ZL-PC1400A at 55 kW replaces three or four smaller shredders of 15 to 22 kW each, while consuming roughly 30 percent less energy per ton processed. In a typical mega-plant, this translates to $0.20 to $0.30 per ton in energy savings plus a single operator versus three or four. The TCO advantage is typically 25 to 35 percent over a 5-year life cycle.
The ZL-PC1400A PLC continuously monitors motor current, vibration (accelerometer on bearing housing), temperature (PT100 on bearings), and cutting chamber pressure (load cell on rotor shaft). The HMI displays real-time trends and triggers SMS or email alerts when readings exceed preset thresholds. ZILLION provides 12-month remote-monitoring service at no charge.
For capacity scaling, ZILLION recommends a phased approach: install a single ZL-PC1400A as the primary shredder, validate the feedstock, then add additional ZL-PC1400A units in parallel. Each unit feeds from its own conveyor and discharges to a common sizing screen, allowing independent maintenance windows.
For a 24/7 mega-plant processing 50 tons per day, the ZL-PC1400A delivers approximately US$3.80 to US$4.50 per ton in fully-loaded TCO over a 5-year life cycle. This includes energy, blade resharpening, scheduled maintenance, single-operator labor, and consumables. This is typically 25 to 35 percent lower than smaller-format shredders below 1,500 kg/h.
The ZL-PC1400A delivers 55 kW of motor power at 2,500 kg/h of rated throughput. The following five worked examples let you verify throughput, lifecycle cost, and return-on-investment for your specific application before purchasing. All calculations use conservative operating assumptions and can be re-run with your site-specific energy rate, labor cost, and feedstock moisture content.
Question: How many tons per day can the ZL-PC1400A actually process in a real plant?
Calculation:
Interpretation: A single ZL-PC1400A delivers the throughput of a small-to-medium recycling facility. For comparison, the larger ZL-PC1400B with its 800 mm feed delivers 55 to 60 tons/day at the same 55 kW power. If your application requires more than 40 tons/day consistently, consider the PC1400B.
Question: What is the fully-loaded cost per ton over a 5-year life cycle?
Assumptions: 34 tons/day × 26 days/month × 12 months/year × 5 years = 53,040 tons over 5 years. Energy rate: $0.08/kWh. Labor: $5/hour for one operator.
Annual costs:
Total 5-year cost: ($4,400 + $12,249 + $1,900 + $440 + $24,960 + $1,200) × 5 = $225,745
Cost per ton over 5 years: $225,745 / 53,040 tons = $4.26/ton
Interpretation: At $4.26 per ton fully-loaded, the ZL-PC1400A is competitive with mid-size industrial shredders in the 2,000 to 2,500 kg/h class. Plants with lower energy rates (large industrial contracts at $0.05/kWh) can drive this below $3.80/ton; plants with higher labor costs (Western Europe / North America) push it toward $5.00/ton.
Question: How long do the SKD-11 blades last and what is the per-ton blade cost?
Calculation:
Interpretation: At 15 cents per ton, blade resharpening is a small fraction of TCO (about 3.5% of $4.26/ton). The four-edge indexable design (each blade can be rotated 90 degrees four times before resharpening) effectively gives 4,000 to 4,800 hours between resharpening cycles, reducing labor cost as well.
Question: If we currently run a ZL-PC800 (30 kW / 1,000 kg/h), what is the payback period for upgrading to the ZL-PC1400A?
Current state (ZL-PC800):
After upgrade (ZL-PC1400A):
Annual savings:
Capital investment delta: $22,000 (PC1400A) - $14,000 (PC800 typical) = $8,000 net incremental investment
Payback period: $8,000 / $16,980/year = 0.47 years (about 6 months)
Interpretation: For plants currently running multiple ZL-PC800 units in parallel, consolidating to a single ZL-PC1400A pays for the equipment in under 6 months through labor and energy savings alone. The 4.25× capacity increase also creates option value for new contracts that would otherwise have required additional equipment.
Question: What does it cost in electricity to process one ton of plastic?
Calculation:
Cost per ton at common energy rates:
Interpretation: Energy is approximately 20% of fully-loaded TCO at US average rates. Plants with on-site solar or low industrial rates can drive energy cost below $1/ton, while high-rate European plants should factor $2.77/ton into their TCO model. For comparison, the larger ZL-PC1400B achieves slightly better energy efficiency (14.8 kWh/ton) due to its wider feed opening reducing reversing cycles.
The specifications, safety standards, blade material claims, lifecycle calculations, and ROI examples for the ZL-PC1400A industrial plastic shredder reference the following industry bodies and standards:
The ZL-PC180 PET Bottle Crusher is purpose-built for small-scale PET recycling operations processing 800-1500 kg/day of post-consumer bottles. Its 2.2kW motor with 9 SKD-11 rotating blades and 6-12mm interchangeable screen delivers 120-150 kg/h of uniformly-sized PET flakes-ready as direct feed for hot wash lines, dewatering, and pelletizing. Ideal PET Recycling Applications PET bottle recycling lines (water, cola, juice, cooking oil containers) HDPE/PP container crushing (milk jugs, detergent bottles, caps) Post-consumer bottle recovery for community collection centers Pre-shredding before hot wash tanks (froth flotation separation) Printing waste and injection molding sprue recovery
The ZL-PC180 Industrial Plastic Crusher is engineered for factory production lines requiring reliable 120-150 kg/h throughput. Its 2.2kW heavy-duty motor paired with 9 SKD-11 rotating blades delivers consistent particle size for downstream extrusion or compounding lines. Industrial Features Heavy-duty 2.2kW motor for continuous operation SKD-11 blades rated for 1000+ hours of use Industrial-grade frame and bearings CE certified for global deployment
The ZL-PC180 Plastic Crusher Machine is manufactured in China by Zillion — a leading plastic crusher supplier with 15+ years of OEM/ODM experience. This 2.2kW industrial model produces 120-150 kg/h and ships directly from our Dongguan factory at competitive wholesale pricing. China Supplier Advantages Factory-direct pricing with no middleman markup OEM/ODM branding and packaging available Multi-voltage: 220V/380V/400V/415V/440V CE certified for global markets
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Our company's series of products are well-known in the plastic auxiliary machinery industry for their excellent performance and high cost performance.
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