TDBX Series
Transportation infrastructure products must deliver excellent weather resistance, impact resistance, structural stability, and long-term durability to withstand demanding outdoor conditions. Products such as water-filled barriers, crash barrels, traffic barricades, and traffic cones play a critical role in road construction safety and traffic management efficiency. Leveraging advanced large-scale extrusion blow molding technology, SUZHOU TONGDA MACHINERY CO.,LTD provides highly reliable production solutions for transportation infrastructure manufacturers.
· Large-Container Production Capability:
Our equipment can produce plastic hollow containers with capacities of up to 5,000 L, making it suitable for manufacturing a wide range of transportation infrastructure products, including water-filled barriers, crash barrels, traffic barricades, traffic cones, and other large-format hollow products.
· Long-Term Outdoor Durability:
The equipment features a high-performance hydraulic system and servo energy-saving motors, providing stable molding performance for large transportation infrastructure products. This helps finished products maintain structural integrity under harsh outdoor conditions and supports extended service life.
· Flow-Channel Three-Layer Accumulator Die-Head Technology:
The compact die-head design features a smaller die diameter, lower energy consumption, and rapid color changeover. Three material layers are evenly distributed through a flow distribution plate into their respective layer sleeves before being combined and transferred into the accumulator head. This design provides uniform layer-thickness distribution while minimizing color contamination, material mixing, and material residence time.
· Pin-Lock Structure:
The precision engagement between the locking pins, locking cylinders, and semi-conical locking sleeves provides secure and durable mold locking. This robust locking mechanism helps extend equipment service life while reducing energy consumption, ensuring consistent molding quality and dimensional stability for large-format hollow products and panels.