ZL-PC180 Industrial Plastic Crusher Machine 2.2kW 120-150kg/h | ZILLION
Small workshop operators often need industrial-grade reliability in a compact package. The ZL-PC180 Industrial Plastic Crusher delivers 120-150 kg/h throughput with the SKD-11 blade system and sealed-for-life bearings typically found in larger industrial machines. For small workshop owners who need industrial durability without industrial size or cost.
| Model | ZL-PC180 | Power | 2.2 kW (3 HP) |
| Voltage | 3-Phase 380V / 50Hz (Customizable: 220V/415V) | Motor Speed | 1480 rpm |
| Capacity | 120-150 kg/h | Feed Opening | 260 x 210 mm |
| Rotating Blades | 6 pcs SKD-11 | Fixed Blades | 2 pcs SKD-11 |
| Screen Hole | 5-10 mm (customizable) | Net Weight | 130 kg |
| Machine Size (L x W x H) | 670 x 310 x 700 mm | Crushing Chamber | 280 x 230 mm |
| Material Compatibility | PET, PP, PE, PVC, ABS, PS | Noise Level | max 78 dB |
| Warranty | 1 year (consumables excluded) | Certifications | CE / ISO 9001:2015 |
The ZL-PC180 Industrial Plastic Crusher uses the same SKD-11 blade material as larger ZL-PC machines (PC250 through PC800). SKD-11 is a high-carbon, high-chromium tool steel (similar to AISI D2) with working hardness 58-60 HRC, holding a working edge through 600-800 hours of PET crushing service before re-sharpening. Each blade is reversible, yielding two cutting edges per blade.
For small workshop operators, the SKD-11 blade durability means lower annual maintenance cost than competitor machines with softer blade steel (typically 52-55 HRC). The ZL-PC180 blade replacement schedule: 2 sets per year at USD 80 per set = USD 160 annual cost. Competitor machines with softer blades require 4-6 sets per year = USD 280-420 annual cost. The ZL-PC180 saves USD 120-260 annually on blade replacement alone.
Many small workshop buyers are confused by industrial naming conventions. The ZL-PC180 'Industrial Plastic Crusher' label reflects the build quality (SKD-11 blades, sealed bearings, CE certification), not the throughput class. At 2.2 kW and 120-150 kg/h, the ZL-PC180 is sized for small workshop operations, not industrial-scale production.
For workshop owners evaluating 'industrial' labeled machines at the same 2.2 kW power class, the differentiators are: 1) blade material (SKD-11 vs generic tool steel), 2) bearing quality (sealed-for-life vs greased requiring service), 3) certification (CE/ISO 9001:2015 vs none), 4) build quality (cast iron housing vs sheet metal). The ZL-PC180 meets all 4 industrial criteria despite its small size.
Small workshop buyers frequently have misconceptions about 2.2 kW plastic crushers. Misconception 1: '2.2 kW is too small for industrial use.' Reality: 2.2 kW matches the requirement for 120-150 kg/h throughput on most common plastics; going larger wastes electricity. Misconception 2: 'Cheaper machines are the same.' Reality: USD 300-400 competitor machines use generic blade steel and greased bearings, requiring more maintenance.
Misconception 3: 'All 2.2 kW machines have the same throughput.' Reality: throughput varies by 40-60% across machines depending on rotor geometry, blade count, and screen size. The ZL-PC180's 6-blade rotor with optimized geometry delivers 120-150 kg/h, while competitor machines with similar power deliver only 80-110 kg/h. Misconception 4: 'Higher RPM is better.' Reality: RPM must match material density; the ZL-PC180's 1480 RPM is optimized for PET/PP/PE processing.
The ZL-PC180 Industrial Plastic Crusher uses sealed-for-life bearings in the rotor assembly, eliminating the grease-fitting maintenance that competitor machines require. The bearing service interval under normal operating conditions is 5 years or 8,000 operating hours, whichever comes first. This contrasts with greased bearings that require re-greasing every 200-500 operating hours.
For small workshop owners who operate part-time or seasonally, the sealed-for-life bearings eliminate the maintenance anxiety of competitor machines. A workshop owner who forgets to grease the bearings on a competitor machine risks premature bearing failure (typically 2,000-4,000 hours vs the rated 8,000 hours). The ZL-PC180's sealed bearings are a 'fit and forget' design that matches small operator capability.
For small workshop owners evaluating 5-year total cost: ZL-PC180 purchase USD 630; electricity 2.2 kW x 2,000 hours/year x 5 years x USD 0.10/kWh = USD 2,200; blade replacement 10 sets x USD 80 = USD 800; bearing service USD 0 (sealed bearings); labor USD 30,000 (operator wages); overhead USD 25,000. Total 5-year cost: USD 58,630.
Competitor 2.2 kW machine at USD 400: purchase USD 400; electricity USD 2,200; blade replacement 25 sets x USD 65 = USD 1,625; bearing service 3 events x USD 80 = USD 240; bearing grease 40 events x USD 15 = USD 600; labor USD 30,000; overhead USD 25,000. Total 5-year cost: USD 60,065. The ZL-PC180 saves USD 1,435 over 5 years through lower blade and bearing maintenance despite the higher initial purchase price.
Q: What is the actual difference between ZL-PC180 and ZL-PC250?
The PC180 is 2.2 kW (3 HP) with 6 blades and 120-150 kg/h throughput. The PC250 is 4 kW (5 HP) with 9 blades and 250 kg/h throughput. For workshop operators, the PC180 fits through standard doorways and operates on 3-phase 380V; the PC250 requires 3-phase 380V with higher amperage (16A vs 8A breaker).
Q: Can the machine run continuously for 8 hours?
Yes, with 15-minute rest periods every 2 hours for bearing cooldown. The ZL-PC180 is rated for 80% duty cycle (8 hours operation per 10-hour shift). For 24/7 operation, the PC400 or larger is recommended.
Q: What is the noise level compared to competitor machines?
78 dB at 1 meter distance, comparable to other 2.2 kW machines in the same class. The ZL-PC180 acoustic enclosure (USD 280) reduces noise to 68 dB for installations near offices or residential areas.
Q: How does the SKD-11 blade compare to cheaper blade options?
SKD-11 (58-60 HRC) holds a working edge 2-3 times longer than generic tool steel (52-55 HRC). For a workshop running 8 hours/day, the SKD-11 blade replacement interval is 600-800 hours vs 200-300 hours for generic blades. Lower replacement frequency and longer service life make SKD-11 blades cost-effective despite the higher initial cost.
Q: Is the machine suitable for ABS automotive scrap?
Limited. ABS automotive scrap with glass fiber reinforcement requires more torque than the 2.2 kW motor delivers. For glass-fiber ABS, the PC250 (4 kW) or larger is recommended. Non-reinforced ABS processes at the rated 120-150 kg/h throughput.