| Model | ECI-350 |
| Capacity | 200-350kg/h |
| Number of Screws | 1 |
| Sheet Material | PP, PET, PS, PVC, HIPS, ABS |
| Sheet Thickness | 0.3-2.0mm |
| Screw Diameter | 120mm |
| L/D Ratio | 33:1 |
| Main Motor | 110KW |
| Overall Power | 270KW |
| Overall Dimension | L1.2 * W1.8 * H2.2 m |
| Voltage | 380V 50HZ |
| Machine Weight | 21T |
The inclined horizontal multilayer co-extruder is an environmentally friendly and versatile device designed with the following industry-leading advantages:
Utilizes superior technological know-how to successfully produce multi-layer co-extruded sheets, enhancing manufacturing speed while reducing time and labor costs.
Features multiple extruders and laminated die heads to co-extrude a variety of special substances, meeting diverse customization demands.
Engineered for stable equipment operation and precise manufacturing control, ensuring consistent output in line with strict enterprise requirements.
Employs energy-saving production technology, minimizing environmental impacts and matching modern global ecological standards.
Provides complete technical assistance and post-installation service parameters to guarantee seamless operation and value creation.
Check that all modules of the equipment are functioning normally and prepare all required raw materials and ancillary tools.
Turn on the device components sequentially according to the operation manual instruction to ensure all systems activate correctly.
Calibrate and adjust the extruder's temperatures, target pressures, and mechanical configurations for the scheduled run.
Feed raw materials into the extruder according to the custom formulation to initiate the multi-layer sheet forming process.
Pass the extruded layer flows through the structured lamination die, stacking them before curing them via the cooling unit.
Cut the finished multi-layer co-extruded sheet to spec and pack the batches for storage or downstream applications.
Clean out residue and carry out regular maintenance checks on the extruder after completing the production run.