Multi-layer protective structure, performance up to standard with visual verification.
BTLY smooth aluminum sheath cable adopts high-purity stranded copper conductor with excellent electrical conductivity. The core is equipped with a dense synthetic mica tape inorganic insulation layer, which can directly withstand high temperature of 950℃.
The intermediate smooth aluminum sheath is manufactured by a continuous seamless forming process. It features a smooth surface and high toughness, enabling flexible bending as shown in the video, while providing strong compression resistance. It can directly replace the grounding wire and has a shielding effect to reduce electromagnetic field interference.
The outer layer is covered with a magnesium oxide fireproof layer and a low-smoke zero-halogen polyolefin sheath. As demonstrated in the combustion test, it produces no open flame, no black smoke, no dripping, and no toxic gas release. It has passed the stringent BS 6387 CWZ test, maintaining continuous power supply for 180 minutes at 950℃, and will not break down even under water spray and mechanical impact. With a rated voltage of 0.6/1kV, it precisely meets the core requirements of medium and low-voltage fire-fighting circuits.
Full-scenario precise adaptation, guarding every key line of defense!
In high-rise buildings as shown in the video, the flexible laying feature perfectly adapts to complex pipeline layouts and ensures continuous power supply for fire-fighting equipment.
In transportation hubs such as subways and airports, its low-smoke zero-halogen property does not produce toxic smoke during combustion, buying valuable time for personnel evacuation, while resisting daily vibration and impact.
In places with extremely high power supply reliability requirements such as hospitals and data centers, its stable performance meets the uninterrupted power supply needs of critical loads.
In harsh environments such as industrial high-temperature workshops and underground integrated pipe corridors, it operates stably with its corrosion resistance and high-temperature resistance advantages.
It is the preferred cable for fire emergency and critical power transmission in various core scenarios shown in the video.
