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Silicone cable production line

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.

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Silicone cable production line

Model number	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 rotational speed r/min	10-70	10-70	10-70	10-70
Production rate kg/h	20-30	40-60	120-150	200-280

Operating Characteristics of High-Temperature-Resistant Silicone Rubber Cables

1. Maximum long-term operating temperature of the cable conductor: 180°C.

2. During a short circuit (with a maximum duration of 5 seconds), the maximum temperature of the cable conductor shall not exceed 350°C.

3. Permissible bending radius of cables: For cables without armor or shielding, the radius shall be no less than 6 times the cable’s outer diameter; for cables with armor or shielding, the radius shall be no less than 12 times the cable’s outer diameter.

4. Cable laying temperature: not less than –20°C; when laying at temperatures below this threshold, the cable shall be preheated.

This machine is ideally suited for extruding silicone‑rubber insulation or sheathing on wires, offering convenient operation and high reliability.

Advantages

1. Equipped with a screw, barrel, die head, and die plate specially designed for silicone rubber, along with a uniquely engineered internal water‑circulation system to prevent internal vulcanization.

2. Equipped with a silicone‑specific self‑centering chuck and a water‑cooled automatic or manual control system.

3. Equipped with a precision automatic inspection and feedback system, it ensures that all wire‑related parameters meet specifications, reduces scrap rates, and significantly lowers costs.

4. A uniquely designed multi-layer circumferential vulcanization oven features a high-temperature vulcanization and shaping section at the front and a coil‑wrapped structure at the rear, thereby extending the vulcanization length of silicone rubber and enhancing the efficiency of silicone wire vulcanization, ultimately boosting overall production efficiency.

5. A combined design integrating a wire storage rack and an oven allows the two to be stacked, thereby saving installation space.

6. Featuring a uniquely designed screw‑synchronized feeding roller, the machine achieves automatic material intake without the need for a hydraulic feeding system.