The twin-screw extruder boasts advantages such as minimal heat generation from friction, uniform material shearing, high screw conveying capacity, stable extrusion molding, long residence time in the barrel, and uniform mixing. It features forced extrusion, high quality, wide adaptability, long service life, low shearing rate, difficulty in material decomposition, good mixing and plasticizing properties, and the ability to directly mold powdered materials. It also offers features like automatic temperature control and vacuum exhaust. Suitable for the production of silicone tubes, plates, profiles, and other products.

The twin-screw extruder features advanced "building block" design for both screws and barrels. The screws are composed of various forms of screw blocks mounted on a core shaft. The inner sleeve within the barrel can be adjusted according to the different screw blocks, allowing for flexible combination of ideal thread element structures based on material types and process requirements. This achieves various processes such as material conveying, plasticization, refinement, shearing, exhaust, pressure building, and extrusion. It effectively resolves the contradiction between general screw universality and performance, achieving the goal of multi-functionality and versatility. Another advantage of the "building block" design is that worn-out screw and barrel components can be locally replaced, avoiding the disposal of the entire screw or barrel, significantly reducing maintenance costs.