The distinguishing feature of the split parallel co-rotating twin-Screw Extruder is that the barrel can be split and at the same time, the screw and barrel liner can be combined freely.

1, split barrel

Conventional twin-screw extruder barrels are monolithic and cannot be opened. The split twin-screw extruder is a split type. It is composed of upper and lower halves, the lower halves are fixed on the frame, and the upper halves are connected to the lower halves through a worm reducer. Normally, the upper half cylinder and the lower half cylinder are bolted with two rows of bolts. When it is necessary to open the cylinder, just loosen the bolt and turn the handle of the worm gear box to open the cylinder.

2, block type screw and barrel

The screws and barrels of split-type twin-screw extruders adopt an advanced [block-type" design. The screw consists of various types of screw blocks assembled on the mandrel. The inner sleeve in the cylinder is based on the screw. The difference of the blocks can be adjusted, so that the ideal structure of the thread elements can be flexibly combined according to the material requirements and other process requirements, and the various processes such as material transportation, plasticization, refinement, shearing, venting, pressure build-up and extrusion can be realized. Therefore, the contradiction between the so-called general and speciality of the so-called screw, which is difficult to take care of, is solved well, achieving the purpose of multi-purpose and multi-purpose. Another advantage of the [block-type" design is that the screw and barrel elements that have worn out can be replaced locally, eliminating scrapping of the entire screw or barrel and significantly reducing maintenance costs.

l, the host twin-screw is a high-speed co-directional meshing type, in a variety of threads and mixing elements can produce very strong and complex material transfer exchange, split flow blending and shear kneading. These effects can be achieved by changing the screw configuration and operating process conditions to achieve a full and comfortable adjustment control to meet the requirements of a variety of processes.

2. Accurate measurement and reasonable feeding methods are the key to the strict implementation of formulas, and also the first guarantee for product quality. We have a variety of feeding methods such as volumetric measurement and dynamic weightlessness according to the properties of materials and the needs of users. Measurements, etc., to meet the needs of different products.

3, advanced control system. The extruder is equipped with an advanced and beautiful control system. Most of its control elements are imported components, which are of good quality and high sensitivity. The operating parameters of the main unit such as current, voltage, temperature, and torque are all very intuitive, so the operation is very convenient and the operator's requirements are not high.

4, the system is equipped with brushed water cooling pellets, hot water-cooled, hot-air cutting and other several kinds of pelleting methods. It can be configured according to different materials and user requirements.