The Steel Skeleton Reinforced Polyethylene Composite Pipe Production Line is a sophisticated engineering solution designed for high-performance piping manufacturing. By integrating fully automatic PLC computer control with a high-efficiency extrusion system, this production line ensures maximum stability and precision, delivering reinforced composite pipes that meet stringent industrial standards for durability and pressure resistance.
Engineered for industrial-scale efficiency, the system features a specialized medium-frequency resistance welding device and a precision-engineered 304 stainless steel cooling system. From the servo-motor-driven main engine to the dead-angle-free cooling spray boxes, every component is optimized to reduce waste, increase throughput, and ensure a seamless 360-degree weld for superior structural integrity.
Detailed Parameters
| Control System | Fully Automatic PLC Computer Control | Extruder Type | High-Efficiency Stable Extruder |
|---|---|---|---|
| Welding Device | Medium-Frequency Resistance Welding | Motor Type | High-Precision Servo Motor |
| Screw Material | 40Cr Alloy Structural Steel | Weld Coverage | 360° Full-Contact Welding |
| Cooling Material | 304 Stainless Steel (Bending/Welding) | Cooling Tech | Frequency Conversion 360° Spray |
| Traction System | 2-12 Frequency Conversion Tractors | Mold Processing | In-house Precision Processing Base |
Key Advantages
Industrial Durability
Utilizing 40Cr alloy structural steel screws and international first-line electrical components for an extended operational lifespan.
High Automation
PLC-driven automation minimizes human error and maximizes production consistency across all shifts.
Precision Welding
Advanced medium-frequency resistance welding ensures firm steel wire bonds with effective slag control.
Real-time Monitoring
Integrated detection during the welding process ensures every centimeter of the pipe meets quality benchmarks.
Optimal Cooling
304 stainless steel spray boxes provide 360° dead-angle-free cooling for stable pipe shaping.
Custom Mold Accuracy
In-house processing ensures authentic materials and high-precision mold dimensions for perfect tolerances.
Product Gallery
Management Platforms
PLC Centralized Control
Unified interface for monitoring extruder speed, temperature, and line synchronization.
Servo Motor Tuning
Precise adjustment of torque and speed for the main engine to optimize output quality.
Welding Quality Alerts
Real-time detection system that alerts operators to welding irregularities instantly.
Cooling Flow Control
Frequency-converted water spray management to ensure uniform pipe cooling.
Traction Speed Sync
Multi-stage frequency conversion tractors coordinated for consistent pulling tension.
Mold Precision Tracking
Digital verification of mold dimensions processed at our specialized processing base.
Investment Return Comparison
| Feature Metric | Standard Production Line | Our Reinforced Line |
|---|---|---|
| Production Stability | Moderate / Manual Adjusts | Ultra-High / PLC Auto |
| Weld Reliability | Intermittent Contacts | 360° Full-Contact Weld |
| Component Lifespan | Standard Steel Screws | 40Cr Alloy Structural Steel |
| Cooling Efficiency | Standard Spray | 360° No-Dead-Angle Spray |
| Waste Rate | Higher (Welding Slag) | Minimal (Slag-Controlled) |
Frequently Asked Questions
40Cr alloy structural steel provides significantly higher wear resistance and thermal stability compared to standard steel, ensuring the extruder maintains precision over long-term heavy-duty operation.
It allows for precise control of welding slag and ensures 360° contact points around the steel wire, creating a far stronger bond that enhances the pipe's pressure-bearing capacity.
304 stainless steel prevents corrosion from cooling water. The one-time bending and welding design ensures a seamless structure that provides uniform, dead-angle-free cooling to prevent pipe deformation.
Yes, the fully automatic PLC computer control allows for precise adjustment of the extruder and traction speeds to match your specific material requirements and output goals.
By using frequency conversion technology and a precision-cut laser integrated internal structure, water is distributed evenly around the pipe, eliminating hot spots and ensuring structural stability.
It guarantees the authenticity of materials and eliminates third-party errors, resulting in molds with higher accuracy and better fit for the extrusion process.
