Innovation is our core competency. From the world's first single-screw no-heat extrusion technology to next-generation smart granulation systems — we keep pushing the boundary.
Conventional granulators rely on external barrel heaters to melt plastic. Our breakthrough technology uses controlled friction between the screw and material to generate heat internally — eliminating external heaters entirely. The result: preserved original molecular structure, 40% lower energy consumption, and zero thermal degradation.
Light, fluffy waste films (LDPE, PP, non-woven) are notoriously difficult to feed into extruders. Our patented cutter-compactor pre-densifies the material before extrusion — eliminating the need for a separate granulator feeding stage and reducing labor. Throughput increased by 60% vs. conventional feeding.
Our redesigned water-ring die head system achieves tighter pellet size distribution (±0.3mm) and higher output consistency than conventional water-ring designs. The self-adjusting blade mechanism extends blade life by 3× and eliminates manual die gap adjustment.
Our proprietary PLC control system features real-time torque monitoring, automatic temperature compensation, and material-specific processing presets for 14+ material types. Optional IoT connectivity allows remote monitoring of production data, energy consumption, and maintenance alerts via mobile app.
Established core R&D team. Developed first-generation water-cooled and air-cooled granulator series. Filed initial patents on screw geometry and die head design.
Invented and patented the single-screw no-heat extrusion technology — a global first. Validated across PE, PP, LDPE, HDPE, and non-woven materials. Received National High-Tech Enterprise certification in 2022.
Launched twin-screw, single+twin screw, and compactor-densifier series. Extended material coverage to 14+ types including engineering plastics (PET, PLA, ABS, PA). Integrated PLC smart control across all models.
Developing cloud-connected machine monitoring platform. Real-time production dashboards, predictive maintenance alerts, and energy optimization AI. Beta testing with key customers in Q3 2025.
Dedicated research program for PHA, PBAT, and multi-layer compostable film recycling. Targeting specialized low-temperature screw design and controlled atmospheric processing to handle heat-sensitive bio-resins.
We welcome partnerships with universities, research institutes, and industry partners for joint R&D programs.
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