ZL-PC180 PET Bottle Crusher Machine 2.2kW 120-150kg/h | ZILLION
The ZL-PC180 PET Bottle Crusher is the entry point for plastic recycling entrepreneurs and community collection programs entering the PET bottle-to-flake value chain. In markets from Pakistan to Kenya, from Vietnam to Egypt, post-consumer PET bottles represent both an environmental challenge and a $200-400/ton revenue opportunity. The ZL-PC180 makes this opportunity accessible at a USD 630 entry point-with the same SKD-11 blade quality and 1-year warranty as our industrial models.
For PET recycling startups comparing this machine against granulators or shredders, the PC180 occupies the sweet spot: high enough throughput (120-150 kg/h) for commercial operation, but compact and affordable enough for first-time recyclers, community collection programs, and small washing lines. Unlike cheaper desktop granulators (typically under 50 kg/h and prone to jamming on whole bottles), the PC180's 9+2 SKD-11 blade geometry handles whole bottles with caps and labels still attached-pre-processing optional, not mandatory.
| Parameter | Value |
|---|---|
| Model | ZL-PC180 PET |
| Motor Power | 2.2 kW (3-phase, custom voltage available) |
| Capacity (PET bottles) | 120-150 kg/h sustained (whole bottles, with caps) |
| Rotating Blades | 9 pcs SKD-11 (HRC 60-62, optimized hook angle for PET) |
| Fixed Blades | 2 pcs SKD-11 (matched set, hand-fitted) |
| Screen Mesh (PET optimized) | 8mm default (6/10/12mm interchangeable) |
| Feed Opening | 180 x 160 mm (accommodates whole 2L bottles) |
| Rotor Speed | 450 RPM (low-speed high-torque for clean cuts) |
| Noise Level | Max 78 dB at 1m (community-area acceptable) |
| Net Weight | 120 kg (compact, single-operator handling) |
| Power Supply | 3-phase 380V/50Hz (220V/415V/440V/480V custom available) |
| Compliance | CE, ISO 9001, IEC 60204-1 |
Based on our 2024-2026 PET recycling shipment data, the ZL-PC180 PET Bottle Crusher is most often specified by these buyer profiles:
Buyers in these segments typically compare the ZL-PC180 against cheaper Chinese granulators (USD 200-400) and find that the PC180's 3-4x higher throughput, longer blade life, and 1-year warranty justify the modest price premium within the first 6 months of operation.
A complete PET bottle-to-flake recycling line involves 8 sequential stages. The ZL-PC180 sits at the critical size-reduction step-bottles go in (whole, with caps and labels), uniformly-sized 8-12mm PET flakes come out. Here's how the PC180 integrates into the standard PET recycling workflow:
| Step | Process | PC180 Role |
|---|---|---|
| 1. Collection | Bottle collection from drop-off centers, hotels, households | — |
| 2. Manual Sort | Sort by color (clear/blue/green/mixed), remove non-PET contaminants | — |
| 3. De-Labeling (optional) | Heat tunnel or chemical bath removes shrink labels and adhesives | PC180 handles whole bottles with labels still attached (but pre-de-labeling improves flake purity) |
| 4. Pre-Wash (cold water) | Rinse bottles to remove surface dirt, food residue, sand | — |
| 5. Size Reduction (CRUSHING) | Reduce whole bottles to 8-12mm uniform flakes | ZL-PC180 is the workhorse at this step |
| 6. Hot Wash | 80-90°C caustic wash with detergent removes glue, oils, residual organics | PC180 output is ideal size-direct feed to hot wash tank |
| 7. Rinse + Dewater | Cold rinse + centrifugal dewatering brings moisture below 3% | — |
| 8. Dry + Pelletize | Hot air drying + extrusion pelletizing produces food-grade rPET | — |
The PC180's 8mm screen is optimized for the hot wash step: flakes small enough for effective washing and chemical penetration, but large enough to avoid excessive fines (which reduce yield and clog downstream equipment). The PC180 can be fed by manual drop (operator loading bottles directly) or by conveyor for higher-volume operations.
The ZL-PC180 handles a range of rigid plastics commonly found in PET bottle collection streams. Selecting the right screen mesh for each material is critical for downstream washing and pelletizing efficiency:
| Material | Recommended Screen | Throughput vs PET | Notes |
|---|---|---|---|
| PET (clear/colored bottles) | 8mm (default), 10mm for thicker bottles | 120-150 kg/h (baseline) | Optimal flake size for hot wash; minimal fines |
| HDPE (milk jugs, detergent bottles) | 10mm, 12mm for thicker containers | 100-130 kg/h (15% slower than PET) | HDPE is tougher; larger screen reduces motor load |
| PP (caps, food containers, buckets) | 8mm, 10mm | 130-160 kg/h (10% faster than PET) | PP is more brittle; easier to crush but creates more dust |
| PVC (rigid pipes, profiles) | 10mm, 12mm | 80-110 kg/h (30% slower than PET) | PVC is abrasive; blade life reduced 30% |
| ABS / PS (engineering plastics) | 6mm, 8mm for finer flake | 90-120 kg/h | Fines separation critical; pre-sort mandatory |
Screen Change Procedure (under 2 minutes): The PC180's toggle-clamp screen mount allows quick screen swaps without tools. For multi-material operations (e.g., processing both PET and HDPE on the same day), operators can change screens in 90 seconds-3x faster than threaded-ring domestic models.
Fines Control: PET flakes smaller than 4mm are considered "fines" and reduce both yield and downstream washing efficiency. The PC180's optimized rotor geometry and SKD-11 blade hook angle minimize fines generation to typically under 5% (vs 10-15% for cheaper granulators).
For PET recycling startups and community collection programs, the economics of the ZL-PC180 are compelling. Here's a realistic monthly P&L for a single-PC180 operation:
| Item | Calculation | Monthly (USD) |
|---|---|---|
| Revenue (Clear PET Flake) | 130 kg/h × 8h × 25d = 26,000 kg/mo × $300/ton (clear flake, S Asia avg) | +7,800 |
| Revenue (Colored PET Flake) | If 30% is colored: 7.8t × $180/ton | +1,400 |
| Bottle Collection Cost | 26t × $50-80/ton (varies by region) | -1,800 |
| Electricity | 2.2kW × 8h × 25d × $0.10/kWh | -44 |
| Labor (1 operator) | Part-time at $8/h × 8h × 25d | -1,600 |
| Blade Replacement (annual / 12) | $300 blade set / 12 months | -25 |
| Net Monthly Profit | Pre-tax, single-machine, 1-shift operation | +5,731 |
| Payback Period | ZL-PC180 investment ($630) / monthly profit | ~3 days (!) |
Key insight: The PC180's USD 630 entry price is recovered in the first 3 days of operation under realistic S Asia PET collection economics. The remaining 27 days of the month generate USD 5,700+ net profit. Even with 50% lower throughput than the table above (first-month learning curve, equipment commissioning), the payback is under 1 week.
For multi-shift operations (16-20 hours/day), the same PC180 produces 50-60 tons of flake per month, with net profit exceeding USD 13,000/month and payback in under 24 hours of operation. Most successful PET recycling operations we've supplied reach 2-shift operation within 6-12 months of startup.
Regional Price Variations (PET Flake, indicative):
PET flake prices fluctuate with crude oil prices (virgin PET competes on cost) and local recycling regulations. Many regions now mandate 25-50% rPET content in beverage bottles, creating stable demand for clean flake.
PET bottles arriving at the crusher are rarely clean. They typically contain residual beverage, label adhesives, sand, paper labels, and PP caps. The ZL-PC180 is engineered to handle this contamination, but specific maintenance practices extend blade life and ensure consistent flake quality:
| Interval | Action | Time Required | Why It Matters for PET |
|---|---|---|---|
| Daily (per shift) | Drain residual water/syrup from chamber; visual blade inspection | 5 minutes | Beverage residue attracts insects; corrodes blades over time |
| Weekly | Clean chamber with water hose; check for label adhesive buildup on blades | 15 minutes | Adhesive buildup reduces cutting efficiency by 20-30% |
| Every 200-300 hours | Sharpen SKD-11 blades (or rotate to use second edge) | 30 minutes | PET bottles (especially with sand contamination) dull blades faster than HDPE |
| Monthly | Inspect screen for holes; clean V-belt; check motor bearings | 30 minutes | Worn screen produces oversized flakes that jam wash lines |
| Every 1000 hours | Replace rotating blade set (PET blade life: 800-1200h vs 1500h for HDPE) | 30 minutes | PET's toughness and abrasiveness (from sand contamination) reduces blade life 30% |
| Every 3000 hours | Replace fixed blades + screen + V-belt (full wear kit) | 60 minutes | Annual deep maintenance; restores original performance |
Contamination Handling Best Practices for PET:
Spare parts inventory recommendation for PET operations: Keep 1 rotating blade set in stock (USD 300), 1 fixed blade set (USD 150), 2 spare screens (6mm and 10mm, USD 80 each), and 1 V-belt (USD 30). Total inventory: USD 640. Spare parts ship from Dongguan within 3-5 days by air freight.
Q1: What screen mesh produces the cleanest PET flake for hot washing?
The 8mm screen is optimal for most PET bottle recycling operations. It produces flakes small enough for effective chemical penetration in hot wash tanks (80-90°C), but large enough to avoid excessive fines generation. For thicker bottles (e.g., 5L water jugs), use the 10mm screen to reduce motor load.
Q2: Can the PC180 crush HDPE, PP, and PVC bottles too, or only PET?
The PC180 handles all common rigid bottle plastics: PET, HDPE, PP, PVC. Recommended screen varies by material (see compatibility table above). Many recycling operations run mixed streams through the PC180, then separate downstream in float-sink tanks (PET sinks, HDPE/PP float).
Q3: What size PET flakes work best for hot washing and pelletizing?
8-12mm flakes are ideal. Smaller than 6mm creates excessive fines (lost yield, wash tank clogging). Larger than 14mm doesn't allow proper chemical penetration in the hot wash. The PC180's 8mm default screen hits the sweet spot.
Q4: How much electricity does the PC180 consume per ton of PET crushed?
Approximately 15-18 kWh per ton of PET, depending on screen size and feed rate. At $0.10/kWh, that's USD 1.50-1.80 per ton in electricity cost-typically 5-10% of total operating cost. PET is one of the more energy-efficient plastics to crush.
Q5: Can the crusher handle whole PET bottles with caps and labels still attached?
Yes. The PC180's 9+2 SKD-11 blade geometry and 450 RPM rotor handle whole 2L bottles with PP caps and PE labels still attached. However, pre-removing caps (manual or automatic de-capper) extends blade life by 20-30%, and pre-de-labeling improves final flake purity.
Q6: How often do I need to sharpen or replace the SKD-11 blades for PET?
PET is harder on blades than HDPE due to sand contamination and bottle rigidity. Expect sharpening every 200-300 hours (vs 400-500h for HDPE), and full replacement every 800-1200 hours. Many operations keep a spare blade set in stock for swap-out during scheduled maintenance.
Q7: Is the PC180 compatible with upstream de-labeling and pre-washing equipment?
Yes. The PC180 is designed to sit downstream of optional pre-processing: de-labeling tunnel (heat or chemical), cold pre-wash tank, and metal detection. It also feeds directly into hot wash tanks, float-sink separation, dewatering screws, and drying/pelletizing lines. We provide CAD drawings for line integration.
Q8: How much daily cleaning and maintenance does the PC180 require for PET operations?
Approximately 15-30 minutes per shift: 5 minutes daily chamber drain and visual inspection, plus 15 minutes weekly chamber cleaning and blade check. PET operations with high contamination (beach-collected bottles, food residue) may need 30 minutes daily.
Q9: Are spare parts and consumables (blades, screens) readily available?
Yes. We maintain inventory of ZL-PC180 spare parts at our Dongguan warehouse: rotating blade sets, fixed blade sets, screens (6/8/10/12mm), V-belts, and bearings. Most parts ship within 3-5 days by air freight, or 25-30 days by sea. Distributors in major regions keep local inventory.
Q10: Can the PC180 process printing waste or production scrap from PET preforms and sheets?
Yes. The PC180 handles PET preform runners (injection molding waste), PET sheet trim, and PET strapping with throughput similar to post-consumer bottles. Many PET product manufacturers use the PC180 for in-house scrap recovery, eliminating 80% of waste hauling costs.
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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