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Smelting technology

Smelting technology

Smelting technology

Based on the operational conditions of material processing in twin-screw extruders—such as core requirements for wear resistance, corrosion resistance, and crack prevention—various smelting methods are employed to precisely match the specific performance requirements.

Geometric Technology

Geometric Technology

Geometric Technology

Based on the geometric characteristics of each screw sleeve model, corresponding mixing performance is developed to meet the processing requirements of different materials.

Thermal Technology

Thermal Technology

Thermal Technology

Based on the processing requirements of different materials, the processing temperature is precisely controlled by leveraging the thermal conductivity of various materials and the machine’s mechanical design, thereby achieving the optimal plasticization temperature.

Fluid Mechanics Technology

Fluid Mechanics Technology

Fluid Mechanics Technology

Based on fluid dynamics principles, extensive simulation-generated data are used to conduct physical-operation drills, with iterative refinement to achieve the optimal design configuration.

Host Design

Host Design

Host Design

Based on extensive end-user production data and component demand, and in alignment with customers’ actual application scenarios, we design high-performance, cost-effective host systems.

Plastic Modification Technology

Plastic Modification Technology

Plastic Modification Technology

Based on extensive real-world data from a large base of end customers and leveraging expert knowledge in the field of polymer materials, we provide process-technology recommendations for the materials required in customers’ actual production.