This article examines the extrusion process optimization of fine talc high filler compounds using CTE’s HTM Tandem Compounding Twin-Screw Extruder. Key findings include improved dispersion, stable throughput, and a more efficient alternative to conventional pre-mixing processes.
Evaluation of dispersion and throughput in calcium carbonate-filled compounds using CTE's HTM Tandem Extruder, demonstrating superior performance over conventional twin-screw extruders.
Discover the HTM Tandem Twin-Screw Extruder, designed for high-filler compounding with superior dispersion and enhanced output efficiency, ensuring optimal performance in plastic processing.
Explore CTE’s advanced extrusion for low-bulk-density materials. The HTM Twin-Screw Extruder ensures optimized feeding, superior degassing, and efficient processing of biomass, fillers, and recycled plastics.
CTE is driving sustainability in the plastics industry by focusing on high-filled compounding, recycled plastics, and Carbon Capture and Utilization (CCU) technology. Central to this is the HTM Tandem Twin-Screw Extruder, designed to significantly reduce CO2 emissions and enhance eco-friendly plastic production.
Plastic extruders are essential for producing various plastic products. This article breaks down the key mechanisms of plastic extruders, offering a simplified understanding of their role in manufacturing.
