How to Achieve 2000kg/h Output on 1600mm HDPE Pipe Line? Complete Technical Guide
For large-diameter HDPE pipe manufacturers, achieving high throughput without compromising quality is the ultimate goal. But what does it actually take to reach 2000kg/h on a 1600mm HDPE pipe line? After studying JURRY's breakthrough achievement, I can share the technical realities behind this milestone.
Why High Output Matters for Large Diameter Pipes
The market for large-diameter HDPE pipes (Ø800-2000mm) is growing rapidly, driven by:
- Water supply infrastructure - Municipal water systems require high-capacity pipes
- Sewage and drainage - Large-scale wastewater management projects
- Industrial applications - Mining, chemical processing, and power generation
- Agriculture irrigation - Large-scale irrigation systems
According to ISO standards, large-diameter pipes must meet stringent pressure ratings (SDR series) while maintaining consistent wall thickness—a challenge that multiplies with size.
Key Technical Parameters: 2000kg/h at 1600mm
- Output: 2000kg/h on 1600mm HDPE pipe
- Maximum wall thickness: 117.6mm (SDR13.6)
- Thickness deviation: <5mm (with Chinese material)
- Thickness deviation: <10mm (with imported material)
- Both meet or exceed ISO standards
Equipment Configuration for High Output
1. High-Capacity Extruder System
The extruder is the heart of any pipe line. For 2000kg/h output on 1600mm pipes, you need:
| Parameter | Standard Range | JURRY Specification |
|---|---|---|
| Screw Diameter | 120-150mm | 150mm+ |
| L/D Ratio | 30:1 | 33:1 or higher |
| Throughput Capacity | 1500-1800kg/h | 3000+ kg/h |
| Motor Power | 250-350kW | 400kW+ |
| Barrel Heating Zones | 5-6 zones | 7-8 zones |
According to polymer processing research, higher L/D ratios improve melt homogeneity but increase shear stress—requiring precise temperature control.
2. ABA Three-Layer Die Head System
JURRY's breakthrough uses an ABA three-layer die head configuration. This isn't just marketing—it's a technical solution to multiple challenges:
| Challenge | ABA Solution |
|---|---|
| Material cost optimization | Three-layer construction allows recycled material in middle layer |
| Wall thickness control | Independent layer control with precision flow adjustment |
| Production flexibility | Switch between layer configurations quickly |
| Surface quality | Virgin material outer layers for smooth surface |
3. Vacuum Calibration System
Large pipes require precision calibration. JURRY's system features:
- Multi-stage vacuum tanks - Gradual calibration reduces stress
- Precision pressure control - ±0.5% accuracy
- Cooling optimization - Uniform temperature distribution
The result? Wall thickness deviation less than 5mm even at 2000kg/h throughput—a fraction of ISOallowable limits.
4. Haul-Off and Cutting Systems
At 2000kg/h, your haul-off must handle:
| Parameter | Requirement |
|---|---|
| Traction Force | 20,000+ N for 1600mm pipe |
| Speed Range | 0.1-2.0 m/min (wide range critical) |
| Cutting System | 100% non-dust cutting required |
| Control Response | <50ms for speed adjustment |
Quality Standards: What 2000kg/h Actually Means
Thickness Control Data
| Material Type | Wall Thickness | Deviation Achieved | ISO Standard | Status |
|---|---|---|---|---|
| Chinese Material (HDPE) | Ø1600 × 94.1mm | <5mm | ±10mm typical | EXCEEDS |
| Imported Material | Ø1600 × 117.6mm | <10mm | ±15mm typical | EXCEEDS |
Surface Quality
- Inner wall surface: Smooth, no sagging
- Outer wall surface: Uniform, meets roughness specs
- Both surfaces: Consistent across entire pipe length
- No visible weld lines or flow marks
Commissioning Timeline: From Start to Production
- 48 hours to complete Ø1600 commissioning
- Two pressure levels operational within single week
- Full production achieved in customer factory
This fast commissioning is possible because:
- Modular design - Pre-assembled components
- Digital commissioning - Virtual testing before physical startup
- Expert on-site support - JURRY engineers present during critical phases
- Proven recipes - Database of parameters for common configurations
Return on Investment Analysis
| Scenario | Standard Line (1000kg/h) | JURRY High-Output (2000kg/h) |
|---|---|---|
| Annual Output (8000h) | 8,000 tonnes | 16,000 tonnes |
| Labor Cost (per tonne) | $50 | $28 |
| Annual Labor Cost | $400,000 | $224,000 |
| Energy Cost (per tonne) | $30 | $18 |
| Annual Energy Cost | $240,000 | $144,000 |
| Annual Savings | - | $272,000+ |
Payback period for premium high-output equipment is typically 18-24 months based on operational cost savings alone.
Frequently Asked Questions
What is the maximum output for 1600mm HDPE pipe extrusion?
JURRY has achieved 2000kg/h on 1600mm HDPE pipe lines—the only manufacturer globally with this capability as of 2026. This is made possible through their ABA three-layer die head system, high-capacity extruders, and precision calibration systems.
What wall thickness can a 1600mm HDPE line handle?
JURRY's line handles up to 117.6mm wall thickness (SDR13.6). Thickness deviation is controlled to less than 5mm with domestic materials and less than 10mm with imported materials—both exceeding ISO standards.
What equipment configuration is needed for 2000kg/h output?
Key requirements include: extruder with 3000+ kg/h capacity, ABA three-layer die head, multi-stage vacuum calibration, haul-off with 20,000+ N traction, and 100% non-dust cutting system. Temperature control across 7-8 heating zones is critical.
How long does commissioning take for high-output lines?
JURRY completed Ø1600 commissioning in 48 hours after machine startup. Full two-pressure-level production was achieved within one week at the customer's factory.
What's the ROI for investing in high-output equipment?
At 2000kg/h vs standard 1000kg/h lines, annual savings in labor and energy can exceed $272,000. Payback period is typically 18-24 months from operational cost reductions alone.
System Integration: Complete Solution Overview
JURRY provides the complete pipe extrusion solution from a single source:
| Component | JURRY Capability |
|---|---|
| Material Conveying | Automated loss-in-weight systems |
| Extruder | High-capacity with digital control |
| Pipe Die | ABA three-layer, precision flow |
| Vacuum Calibration | Energy-saving, multi-stage |
| Spraying Tank | Efficient cooling |
| Haul-Off | Servo-controlled, high traction |
| Cutting | 100% non-dust, precision |
Related JURRY Solutions
HDPE Pipe Extrusion Lines Complete Pipe Lines Die Head Systems High-Performance Extruders Automation Solutions Contact JURRYReady to Achieve 2000kg/h on Your HDPE Line?
JURRY's engineering team can analyze your requirements and design a high-output solution tailored to your production needs. With 30+ years of experience and 4,100+ solutions delivered globally, we have the expertise to help you reach new productivity levels.