High-Quality 3-Layer IBC Blow Molding Machine with 1000L Production Capacity
Core Advantages
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Tri-layer Co-extrusion Technology - Integrates high-strength inner layer, anti-corrosion middle layer and wear-resistant outer layer, ensuring excellent pressure resistance, leakproof performance and long service life. Fully meets international transportation and storage standards for hazardous chemicals and liquid goods.
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1000L Standardized Molding - Achieves precise one-time molding of 1000L standard IBC tanks with uniform wall thickness and consistent dimensional tolerance (±0.5mm). Eliminates secondary processing procedures while improving production efficiency and reducing material waste.
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Intelligent Process Control - Equipped with PLC touch screen control system supporting real-time adjustment of temperature, pressure and speed parameters. Automatic fault alarm function reduces manual intervention and ensures stable mass production.
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Energy-saving & Cost-effective Operation - Features servo motor drive and heat recovery system, reducing energy consumption by 25% compared to single-layer blow molding machines. High material utilization rate (up to 98%) lowers raw material costs for large-scale production.
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Strong Compatibility & Customization - Compatible with HDPE, PP and other raw materials. Supports customization of inner layer anti-static, middle layer UV-resistant and other functional configurations to meet diverse industry needs including chemical, food and pharmaceutical sectors.
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Safe & Reliable Structure Design - Heavy-duty steel frame with anti-vibration treatment ensures stable operation during high-load production. Safety door with interlock protection and emergency stop button fully complies with CE and ISO safety standards for operator protection.
Energy Configuration Specifications
| Component |
Specification |
| Extruder Driving Power |
110KW * 1, 75KW * 2 |
| Hydraulic Main System Motor Power |
48KW Servo Motor |
| Wall Thickness Control Motor Power |
11 KW |
| Heating Power of Extrusion System |
16 pcs * 6KW/pc |
| Power of Die Heating |
8 pcs * 6KW/pc |
| Air Supply |
0.8 * 6 (MPa * Cubic meter per minute) |
| Cooling Water Consumption |
0.3 * 20° * 30 (MPa * degree * Cubic meter per hour) |
| Total Power |
463KW |
| Average Energy Consumption (AEC) |
About 200 KW per hour |