Brief: Join a quick walkthrough that focuses on what matters to users and operators. This video demonstrates the key features and applications of SME Screw Elements for Twin Screw Extruders, showing how their specialized designs improve mixing and conveying in industrial processes. You'll see how these elements are manufactured and learn about their compatibility with major extruder brands.
Related Product Features:
SME screw elements are manufactured from imported European powder alloy steel and tool steel for superior durability.
These elements feature specialized thread designs including conveying, mixing, and kneading blocks for various processing needs.
Available in a wide diameter range from Φ10 to Φ500mm to suit different extruder specifications.
Special three-start thread elements are designed for applications requiring high mixing efficiency.
Enhanced wear resistance with some models using nickel-based or cobalt-based alloys for extended service life.
Compatible with mainstream extruder brands including German, JSW, and Toshiba equipment.
Strict metallographic inspection ensures material composition and performance consistency with original parts.
Customizable specifications and weights to meet specific processing requirements and applications.
Les questions:
What are the main applications of SME screw elements?
SME screw elements are primarily used in twin-screw extruders for processes such as mixing, conveying, and particle manufacturing across various industries including plastics, food, feed, and pharmaceutical sectors.
Which extruder brands are compatible with these screw elements?
These screw elements are compatible with mainstream extruder brands such as German, JSW, Toshiba, and have been successfully used in many international well-known brands through collaborations with companies like Keya New Materials and Nanxiang Machinery.
What materials are used in manufacturing SME screw elements?
SME screw elements are made from high-quality imported European powder alloy steel, tool steel, and specialized materials including nickel-based or cobalt-based alloys that provide wear resistance 5 to 6 times greater than high-speed tool steel.
How do the specialized thread designs improve performance?
Specialized thread designs like slotted threads and three-start threads enhance material distribution and mixing effects, though they may reduce forward conveying capacity, requiring complementary use with reverse shear blocks or reverse conveying elements for optimal performance.