NEWS CENTER

The segmentation and functions of threaded element assemblies: 1) Threaded element assemblies are generally divided into five sections: conveying section, melting section, mixing section, venting section, and homogenization section. 1. Conveying section: Convey materials to prevent spillage. That is, the segmentation and functions of the threaded element, threaded sleeve, and threaded element combination: 1) The threaded element combination is generally divided into five sections: conveying section, melting section, mixing section, venting section, and homogenization section. 1. Conveying section: Convey materials to prevent spillage. That is, the segmentation and functions of the threaded element, threaded sleeve, and threaded element combination: 1) The threaded element combination is generally divided into five sections: conveying section, melting section, mixing section, venting section, and homogenization section. 1. Conveying section: Convey materials to prevent spillage. That is, the segmentation and functions of the threaded element, threaded sleeve, and threaded element combination: 1) The threaded element combination is generally divided into five sections: conveying section, melting section, mixing section, venting section, and homogenization section. 1. Conveying section: Convey materials to prevent spillage. That is, the segmentation and functions of the threaded element, threaded sleeve, and threaded element assembly: 1) The threaded element assembly is generally divided into: conveying section and melting section

There are five sections: the mixing section, the exhaust section and the homogenization section. 1. Conveying section: Convey materials to prevent spillage. That is, the segmentation and functions of the threaded element, threaded sleeve, and threaded element combination: 1) The threaded element combination is generally divided into five sections: conveying section, melting section, mixing section, venting section, and homogenization section. 1. Conveying section: Convey materials to prevent spillage. That is, the segmentation and functions of the threaded element, threaded sleeve, and threaded element combination: 1) The threaded element combination is generally divided into five sections: conveying section, melting section, mixing section, venting section, and homogenization section. 1

The conveying section conveys materials to prevent spillage. That is, the segmentation and functions of the threaded element, threaded sleeve, and threaded element combination: 1) The threaded element combination is generally divided into five sections: conveying section, melting section, mixing section, venting section, and homogenization section. 1. Conveying section: Convey materials to prevent spillage. That is, the segmentation and functions of the threaded element, threaded sleeve, and threaded element combination: 1) The threaded element combination is generally divided into five sections: conveying section, melting section, mixing section, venting section, and homogenization section. 1. Conveying section: Convey materials to prevent spillage. That is, the segmentation and functions of the threaded element, threaded sleeve, and threaded element combination: 1) The threaded element combination is generally divided into five sections: conveying section, melting section, mixing section, venting section, and homogenization section. 1. Conveying section: Convey materials to prevent spillage. That is, the threaded element thread sleeve