Advantages:
High flame-retardant safety: Optional A/B/C flame-retardant grades significantly suppress flame spread, ensuring safety in the early stages of a fire.
Environmentally friendly, low-smoke, and halogen-free: Minimal smoke emission and no corrosive halogen acid gas release during combustion, protecting personnel and equipment.
Good temperature resistance: Cross-linked polyethylene insulation supports long-term operation at 90°C, offering better heat resistance than ordinary cables.
Stable electrical performance: The insulation resists partial discharge, has low dielectric loss, and ensures high long-term operational reliability.
Moderate environmental adaptability: The sheath is resistant to moisture and UV radiation, suitable for indoor and densely populated areas.
Selling Points:
Mandatory choice for densely populated places: Complies with building fire protection regulations, suitable for safety-sensitive scenarios such as hospitals, schools, and subways.
Green safety certification: Halogen-free, low-smoke characteristics meet international environmental and safety standards, supporting green building certification.
High-reliability design: Combines 90°C temperature resistance with halogen-free, low-smoke features, meeting both electrical performance and fire safety requirements.
Flexible selection coverage: Optional A/B/C flame-retardant grades adapt to projects with varying fire protection requirements.
Full system compatibility: Seamlessly integrates with fire protection, security, and building automation systems, ensuring overall project safety.
Application Range: Places with strict requirements for fire safety and environmental protection, such as crowded public places, high-rise buildings, subways, tunnels, hospitals, schools, data centers, etc.
Special Notes: Halogen-free low smoke materials ensure minimal smoke and corrosive gases during fires; three flame retardant classes A/B/C meet different fire protection requirements; XLPE insulation provides 90℃ long-term operating temperature; excellent environmental performance.