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Mineral cable joint connectors adopt high-purity T2 copper conductors, precisely matching the solid/stranded conductors of mineral cables. After crimping, the contact resistance is extremely low, ensuring stable power transmission without overheating.

The shell is made of high-temperature resistant and fireproof material, which can maintain continuous power supply for 180 minutes at 950℃, meeting the core fireproof requirements of mineral cables.

The dual-seal design effectively blocks moisture and humidity intrusion, preventing deterioration of the magnesium oxide insulation layer. Insulation resistance is ≥ 200 MΩ. It also features corrosion resistance and explosion-proof performance, with a service life matching that of mineral cables.

No complex equipment is required for construction; connection can be completed with special crimping tools. The process complies with mineral cable construction specifications. After crimping, the connection is firm with excellent pull-out resistance, suitable for cable tray, conduit, direct burial and other installation scenarios.

Later maintenance is convenient, allowing repeated disassembly, assembly and testing without damaging the cable body, balancing construction efficiency and long-term operational stability.

Full-scenario link adaptation, ensuring safe connection!

Used in fire-fighting circuits of high-rise buildings to ensure stable long-distance cable connection and uninterrupted emergency power supply in case of fire.

Used in subways and airports to withstand vibration and impact, with sealing performance resisting humid environments.

Used in industrial high-temperature workshops and underground pipe corridors to adapt to harsh conditions without failure due to corrosion and high temperature resistance.

Used on ships and oil platforms with explosion-proof and moisture-proof properties, adapting to complex high-humidity and high-salt environments.

It is an essential core component for the connection of mineral cable links.