Advanced Biodegradable Resin Compounding with CTE’s HTM Twin-Screw Extruder
CTE’s HTM Twin-Screw Extruder minimizes resin degradation with advanced heat suppression and dispersion, enabling high-quality biodegradable resin compounding.
Blog
CTE’s Extrusion Technology: Biomass Raw Material Compounds
CTE’s HTM Twin-Screw Extruder transforms biomass compounding by tackling low density, moisture, and heat sensitivity, ensuring high-quality, sustainable materials for various industries.
Advanced Plastic Extrusion Solutions for Low Bulk Density Materials
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.
Interview: Masato Ito, CEO of CTE – Moving Toward a Sustainable Future with Plastics.
Masato Ito, CEO and President of CTE, sat down with us to talk about the company’s focus on extrusion technology, sustainability, and what the future holds. He shared insights on how CTE has earned its reputation through innovation and commitment.
Innovative Plastic Compounding with Carbon Capture and Utilization Technology
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.
Understanding Twin-Screw Plastic Extruders: High-Filled Compounding Explained
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.
Plamirai: A Media Platform for Exploring the Future of Plastic
With growing environmental concerns, the term "plastic" is frequently discussed. In response, CTE and Zenken Corporation have launched "Plamirai," a platform focused on sustainable plastic solutions and the future of plastic.
