Standard: EN50618-2014/UL4703-2014
| (Thermoplastic & Irradiation/E-beam & UV Irradiation) HFFR / LSZH | |||
| Photovoltaic | |||
| Product code | 5327 | ||
| Standards | Test method | EN 50618-2014, UL 4703-2014 | |
| Density (g/cm³) | ASTM D792 | 1.44 | |
| Tensile trength (Mpa) | IEC 60811-1-1 | 12 | |
| Elongation at break (%) | 170 | ||
| Thermal aging | ºC'h | 150'168 | |
| Tensile strength variation(%) | -15 | ||
| Breaking elongation variation (%) | -23 | ||
| Thermal shock (150ºC'5kg'1h) | No cracking | ||
| Impact brittlenes (-25ºC) Failure(Piece) | IEC 60811-1-4 | ||
| Hot set @200ºC 15min, 0.2Mpa | Elongation under the load (%) | IEC 60811-2-1 | 30 |
| Permanent deformation after cooling (%) | 3 | ||
| Volume resistivity @20ºC (Ω·cm) | ASTM D257 | 31.0×1013 | |
| Dielectric strength @20ºC (MV/m) | 330 | ||
| Fluorine content (%) | 0 | ||
| Oxygen index (%) | 333 | ||
| Corosion test | pH | 5.5 | |
| Electrical conductivity (μs/mm) | 1.4 | ||
| Halogen acid gas content (mg/g) | 0 | ||
-The data in the table are typical and should not be considered as specification limits or separately applied design data.
2024 Communications Data Cable Sheathing Compound is a high-performance material designed for cables and wires. It utilizes cable XLPE Insulation Compounds technology, which ensures excellent insulation properties and mechanical strength. This material is not only suitable for general cable insulation, but is also particularly suitable for applications requiring high flame retardancy, such as Shielding Insulation Compound for enhanced protection.
These cable sheathing compounds are halogen-free, flame-retardant wire and cable materials that are blended and granulated from high-quality resins, flame retardants, antioxidants, and lubricants. It is halogen-free, does not release toxic gases when burning, and has superior flame-retardant properties, physical and mechanical properties, and good processability. Its temperature resistance grade is 125°C, making it especially suitable for the sheath material of photovoltaic cables, such as Insulation Compound for wire and Thermoplastic Insulation Compound for photovoltaic cables (125ºC) sheaths.
Cable XLPE Insulation Compounds and LSZH Thermoplastic Insulation Compounds are the two core technologies of this material. These properties of Insulation Compound for Cables and wires have made 2024 Communications Data Cable Sheathing Compound the preferred choice for cable manufacturing, not only for its excellent electrical insulation properties but also for its ease of handling and stability during processing.
High temperature resistance and mechanical strengthThis cable sheathing compound maintains its performance in extreme temperatures, with excellent heat resistance and mechanical strength. The properties of Thermoplastic Insulation Compound make it easy to process during cable manufacturing while ensuring reliability in service.
Environmentally friendly and healthyPolypropylene Insulation Compound and cable Insulation Compounds are the main components of this material, which not only provide good insulation properties but also ensure that the material is environmentally friendly and healthy. The absence of harmful substances meets the environmental requirements of modern cable manufacturing.
VersatilityThe versatility of Insulation Compound for Cables and Insulation Compound for wire allows the materials to be used in all types of cables and wires. Whether it's high voltage cables or regular communications cables, 2024 Insulation Compound for Communications Data Cables provides superior protection and performance.
