XLPE Cable Insulation Slicing Machine
XLPE Cable Insulation Slicing Machine is suitable for sampling for mechanical and physical property testing of cross-linked polyethylene cables of 35KV and below. Its key feature is the replacement of the traditional rotary slicing with a translational slicing method, enabling the completion of thermal elongation and tensile tests on the specimens. This ensures that products meet standard requirements and avoids the unevenness caused by the rotary cutter on the specimen surface, greatly improving the reliability of test results and reducing the dispersion of results. The machine is safe and easy to operate, making it an ideal sampling device for mechanical and physical property testing of polyethylene, polyethylene plastics, insulated power cables, and insulated overhead lines. The sliding parts of this equipment use a machine tool-specific dovetail groove with a precision transmission screw, ensuring smoother and more accurate operation.
Reference Standard:
Technical Parameters:
Maximum working width:
150mm;
Cutting range:
0.5～2mm;
Cross-section specimen width:
10～150mm;
Longitudinal section specimen diameter:
10～150mm;
Power:
0.55kW.
Specifications:
Dimensions:
1150mm*600mm*1080mm;
Power supply:
AC 220V 50/60Hz 3A.
Cable Insulation Slicing Machine is a specialized piece of equipment used for precisely cutting cable insulation and sheathing to prepare standard test samples. It is primarily used in cable production, quality inspection, and research, and is a key tool for evaluating cable performance.
Main Uses: Why is it needed?
The core task of a Cable Insulation Slicing Machine is to prepare standard samples for subsequent physical and mechanical performance tests. These tests include:
- Heat Elongation Test: Evaluating the resistance of cable insulation materials to deformation at high temperatures.
- Tensile Test: Measuring the tensile strength and elongation at break of the material.
- Microstructure Analysis: Observing the uniformity of the material's internal structure.
- Dimensional and Shape Measurement: Precisely measuring the slice thickness and shape to ensure compliance with standards.
It replaces inefficient and inaccurate manual cutting, efficiently and accurately producing thin slices of uniform thickness, ensuring reliable test results.
