1.Reliable Extrusion & Forming: Its extrusion unit delivers steady material feeding and thermal plasticization to maintain consistent parison output. It can meet molding needs for solar water heater inner liners of various sizes.

2.Accurate Parison Thickness Control: Fitted with MOOG parison thickness adjusting system, it dynamically modifies parison thickness at all positions based on liner structure and stress distribution. It eliminates uneven wall thickness defects to lift product quality and service lifespan.

3.Synchronized Mold Clamping & Material Feeding: The accumulator feeding system works with the clamping mechanism. Clamping force is configurable for different models to guarantee tight mold locking during forming, accurate material dosage and stable dimensional precision of finished liners.

4.Smart Temperature & Cooling Management: Multi-section temperature control on the die head optimizes raw material plasticization. The high-speed cooling unit rapidly solidifies formed liners to cut cycle time and raise overall throughput.

5.Real-time Operational Monitoring: The PLC platform tracks all running parameters continuously. Once abnormalities emerge, the system triggers instant alarms and displays fault data for rapid maintenance, minimizing production halt losses.

1.Targeted Specialization: Developed exclusively for solar hollow liner fabrication, all machine assemblies are optimized to fit this specific forming process. Unlike general blow molding equipment, it achieves improved molding accuracy and production throughput.

2.Innovative Technical Design: Supported by in-house research and development, the machine integrates domestically advanced core technologies such as precise wall thickness adjustment, advancing technical upgrades for solar liner manufacturing.

3.Broad Material Adaptability: Compatible with multiple plastic raw materials including HDPE, it can produce inner liners with varied performance standards to meet diversified production requirements.

4.Energy-Saving & Eco-Friendly Design: Equipped with energy-efficient parts including servo hydraulic pumps to cut power consumption. Plastic liners create less contamination during manufacturing than conventional materials and support recycling.