The cold resistance of thermoplastic low-smoke halogen-free flame retardant cable material is the basis for its low-temperature performance.

Outdoor cables can have a surface temperature significantly higher than the ambient temperature under direct sunlight, especially in summer when the surface temperature of black cables can reach a high level.

Antioxidants block the propagation of oxidation chain reactions by capturing free radicals or peroxides produced by ozone decomposition.

For aging cables, local repair techniques can be used, such as injecting restorative insulation materials, to restore their insulation performance.

Optimizing the mixing process to ensure uniform dispersion of flame retardants and avoid material degradation caused by local overheating is also key to improving aging resistance.

Whether it's frayed wiring on home appliances, exposed plug connectors, or scratched cables on outdoor equipment, exposed metal conductors not only unsightly but also pose a risk of leakage, short circuits, and even electric shock.