Smooth Surface Heating Element for Plastic Extruder Feeding Barrel and Solid Barrel

This series of twin screw extruder is equipped with barrels made of premium imported raw materials, which greatly improves the wear resistance, corrosion resistance and high temperature stability of the extrusion system, and effectively extends the service life of core components. It is widely applicable to polymer compounding, modification, devolatilization, granulation and other production processes in plastic, chemical and food processing industries.

Sichuan Advance Technology Co., Ltd. is dedicated to the research, development, design and manufacturing of co-rotating and counter-rotating parallel twin screw extruder production lines. We integrate and upgrade accumulated industry practical experience to form our proprietary transmission concept and core technology — the "bilateral gear symmetrical driving system".

This core technology endows our extruders with outstanding advantages of high torque, high efficiency, low energy consumption, high cost performance and long service life. We always keep pace with world-class extruder manufacturers in technological research and product upgrading.

In addition to complete extruder equipment, we also manufacture customized screw segments for twin screw extruders, compatible with a wide range of domestic and international brands, including but not limited to Leistritz, APV, Kobe, OMC, Buhler, KraussMaffei, Theysohn, Buss, Berstorff, Toshiba, Clextral, Labtech, USEON, Coperion, Lantai, JSW, Keya and Maris.

We provide a full range of barrel specifications to adapt to different production process requirements. The barrels are classified according to the following two standards:

• Feeding barrel
• Solid barrel
• Closed barrel
• Vent barrel
• Combi barrel
• Extended degassing barrel
• Combi barrel with backward venting

• Barrels with inner liners
• Barrels without inner liners

All barrel specifications can be manufactured with imported raw materials according to customer requirements, ensuring stable and reliable performance under long-term heavy load and harsh working conditions.