A brief introduction to the extrusion process and extrusion equipment of Automotive Wiring Harness Protection Sleeve

The extrusion process is an important process in the production of Automotive Wiring Harness Protection Sleeve. The Braided Sleeve extrusion process is also called the extrusion process, which is a process in which the Cable Sleeve is continuously made into semi-finished products of various shapes through the action between the barrel wall of the extruder and the screw. Extrusion can also be used for filtering, granulating, plasticizing of raw rubber and the linkage of upper and lower processes, such as supplementary mixing under the internal mixer, rubber supply to the calender after heat refining, etc. Extrusion is widely used to manufacture treads, inner tubes, Braided Sleeve and various semi-finished products with complex cross-sectional shapes or hollow or solid products.

The main equipment of the extrusion process is the extruder (extruder). The extrusion process plays the role of shearing, mixing and extruding the Cable Sleeve. Through changes in the structure of the extruder roller and barrel, a certain effect can be highlighted. If the mixing effect is highlighted, it can be used for supplementary mixing; if the shearing effect is strengthened, it can be used for the plasticizing of raw rubber, the refining and regeneration of reclaimed rubber, etc.
There are many kinds of extruders for Automotive Wiring Harness Protection Sleeve, which can be divided into screw extruders, filter extruders, plasticizing extruders, mixing extruders, tablet extruders and desulfurization extruders according to the process, but no matter what kind of extruder, it is composed of components such as screw, body, head, frame and transmission. The extruder has a wide range of applications and great flexibility. The semi-finished products extruded by it are uniform, dense and easy to change specifications. In addition, the extruder equipment also has the advantages of extremely small footprint, light weight, simple machine structure, high production efficiency, low cost, and large production capacity.