Model XJ-45 XJ-65 XJ-80 XJ-110 Screw Diameter (mm) 45 65 80 110 Length-to-Diameter Ratio 12:1 12:1 12:1 12:1 Motor Power (kW) 7.5 11 15 30 Screw Speed (r/min) 10–70 10–70 10–70 10–70 Production Capacity (kg/h) 20–30 40–60 120–150 200–280 Operating Characteristics of High-Temperature Resistant Silicone Rubber Cables 1. Maximum continuous operating temperature of the cable conductor: 180°C. 2. During short circuits (maximum duration of 5 seconds), the maximum temperature of the cable conductor shall not exceed 350°C. 3. Permissible bending radius of the cable: For cables without armor or shielding, the minimum bending radius shall be at least six times the cable’s outer diameter; for cables with armor or shielding, the minimum bending radius shall be at least twelve times the cable’s outer diameter. 4. Installation temperature: Not less than -20°C; if installed below this temperature, the cable must be preheated. This machine is suitable for producing silicone rubber insulated or sheathed wires, featuring easy operation and high reliability. Advantages 1. Equipped with a dedicated screw, barrel, die head, and spinneret specifically designed for silicone rubber, along with a unique internal water circulation system to prevent internal vulcanization. 2. Incorporates a self-centering die head specially designed for silicone rubber, as well as an automatic or manual water-cooling control system. 3. Features a precise automatic detection and feedback system that ensures all wire parameters meet specifications, reducing scrap rates and significantly lowering production costs. 4. A uniquely designed multi-layered circulating vulcanization oven combines a high-temperature shaping section at the front with a coil-wrapping structure at the rear, thereby extending the vulcanization time, improving vulcanization efficiency, and ultimately increasing overall production efficiency. 5. Utilizes a combined design of a wire storage rack and oven, allowing the oven and storage rack to be stacked together, thus saving valuable installation space. 6. Includes a uniquely designed feed roller synchronized with the screw, enabling automatic material feeding by the main unit without requiring hydraulic feeding equipment.

Model Length-to-diameter ratio Motor power (kW) Specifications (mm) Production capacity (kg/h) Applications and Features: The SJ series single-screw extruders mainly consist of a barrel and screw, a drive system, heating and cooling systems, and electrical control components. They are primarily used for processing plastics such as PVC, PE, PP, ABS, and TPE. When equipped with various auxiliary machines, they can directly produce plastic products like profiles, sheets, pipes, and pellets through plasticization and extrusion molding. This equipment features advanced design, high output, excellent plasticization, low energy consumption, and hard-toothed gear transmission. It also boasts low noise, smooth operation, strong load-bearing capacity, and long service life. Plastic Extruders: In terms of functionality, high efficiency is reflected in high productivity, low energy consumption, and reduced manufacturing costs. Screw-type plastic extruders are no longer limited to extrusion molding and compounding of polymeric materials; their applications have expanded into fields such as food, feed, electrodes, building materials, packaging, pulp, ceramics, and more. Main Applications of High-Speed Single-Screw Extruders: Pipe extrusion: Suitable for producing PP-R pipes, PE gas pipes, PEX cross-linked pipes, aluminum-plastic composite pipes, ABS pipes, PVC pipes, HDPE silicon-core pipes, and various co-extruded composite pipes. Sheet and plate extrusion: Applicable to the extrusion of PVC, PET, PS, PP, PC, and other types of profiles and sheets. Other plastic extrusions include filaments and rods. Profile extrusion: By adjusting the extruder speed and modifying the screw structure, it can be used to manufacture various plastic profiles, including PVC and polyolefin-based profiles. Modified pelletizing: Ideal for blending, modifying, and reinforcing various plastics during pelletizing.

Applications Imitation rattan is manufactured from polypropylene (PP), polyethylene (PE), or polyvinyl chloride (PVC). The production line comprises an extrusion main unit, molds, a cooling tank, and traction and winding systems. This equipment produces plastic imitation rattan in various shapes and colors, with products including round rattan, flat rattan, embossed rattan, realistic‑looking rattan, decorative rattan, dreamy rattan, and color‑changing rattan. These materials are widely used in indoor and outdoor furniture such as tables, chairs, sofas, and a variety of woven crafts. Introduction The imitation rattan production line, also known as a plastic rattan extruder, is a device designed for extruding synthetic rattan. Its main components include a plastic extrusion machine, molds, hydraulic or manual mechanisms, a screen changer (optional), a cooling tank, and traction and winding systems. The primary purpose of this machine is to produce plastic rattan in diverse shapes and hues. Products that can be manufactured include round rattan, flat rattan, embossed rattan, realistic‑looking rattan, decorative rattan, dreamy rattan, and color‑changing rattan, which find extensive applications in both indoor and outdoor furnishings—such as tables, chairs, sofas, and various woven handicrafts. The resulting products exhibit excellent flexibility, are washable, resistant to mold, free of harmful substances, UV‑protected, and capable of withstanding adverse weather conditions. Through numerous technological advancements, modern plastic rattan extruders offer high speed, high extrusion output, low melt temperatures, and superior material plasticization. They also feature a dual‑color feeding system for enhanced aesthetic effects. Raw materials for plastic rattan include PVC, PP, PE, and anti‑aging agents. Newer models of imitation rattan machines are available in five‑color, four‑color, three‑color, two‑color, and single‑color configurations. Among these, the three‑color version is the most widely used, commonly applied in indoor and outdoor furniture such as tables, chairs, sofas, and various woven crafts. Products made with this type of machine retain all the characteristic benefits of imitation rattan: strong flexibility, washability, resistance to mold, absence of harmful substances, and UV protection. As plastic rattan technology continues to evolve, new types of “dreamy” extrusion machines have emerged. Moreover, the rapidly advancing three‑color high‑speed plastic rattan extruder not only maintains the original features of conventional machines but also incorporates a digital pneumatic feed‑change system, enabling arbitrary adjustments to the surface color of the rattan strips. This makes it suitable for producing high‑end plastic rattan sheets in a wide range of shapes. Among the many varieties of imitation rattan products, rattan furniture stands out as particularly common, typically crafted from PE rattan or PVC rattan. In outdoor furniture, PE rattan predominates, offering advantages such as a smooth, refined surface, exceptional strength, good flexibility, and long-lasting durability. Another prevalent category is artificial rattan, often used in the creation of artificial plants—a trend that has become increasingly widespread in recent years. Particularly since modern times, artificial plants have experienced rapid development, leading many individuals and companies to engage in research, manufacturing, and commercial sales of lifelike and preserved plant products.

Applications and Features: The SJ series single-screw extruder mainly consists of a barrel and screw, a power transmission system, heating and cooling units, and an electrical control system. It is primarily used for processing plastics such as PVC, PE, PP, ABS, and TPE. When equipped with various auxiliary machines, it can directly produce plastic products—including profiles, sheets, pipes, and pellets—through plasticization and extrusion molding. This equipment features advanced design, high output, excellent plasticization, low energy consumption, and hard-toothed gear transmission. It also boasts low noise, smooth operation, strong load-bearing capacity, and long service life. Plastic Extruders: In terms of functionality, high efficiency is reflected in high productivity, low energy consumption, and reduced manufacturing costs. Screw-type plastic extruders are no longer limited to the extrusion molding and compounding of polymeric materials; their applications have expanded into fields such as food, feed, electrodes, building materials, packaging, pulp, ceramics, and more. Main Applications of High-Speed Single-Screw Extruders: Pipe Extrusion: Suitable for producing PP‑R pipes, PE gas pipes, PEX cross-linked pipes, aluminum‑plastic composite pipes, ABS pipes, PVC pipes, HDPE silicon‑core pipes, and various co-extruded composite pipes. Sheet and Plate Extrusion: Applicable to the extrusion of profiles and sheets made from PVC, PET, PS, PP, PC, and other materials. Other types of plastic extrusion include filaments and rods. Profile Extrusion: By adjusting the extruder’s rotational speed and modifying the screw configuration, it can be used to manufacture various plastic profiles, including PVC and polyolefin-based profiles. Modified Pelletizing: Ideal for blending, modifying, and reinforcing various plastics during pelletizing.