High voltage cables may cause explosions or fires in the process of power transmission for various reasons, which brings great danger to staff and equipment.
When the cable and cable joints are faulty and a fire occurs, the MK fire blanket will react quickly to absorb heat, forming a strong protective layer at the cable and joint, which will block the continued burning of the flame and has a certain bearing capacity after ceramic. Through the use of different layers, to achieve different fire limit requirements, up to 3h cable fire integrity protection. The covered cables and intermediate connectors resist high-voltage arcing generated by the cables, reducing the potential risk of injury to surrounding personnel and accessories. When the covered cables and intermediate connectors themselves break down, they are not prone to fire. The single layer can withstand the continuous flame impact at 1500℃ for more than 30min and maintain a certain strength. The covered cable and the intermediate joint have the ability to fire, and can defend itself when the surrounding fire, to ensure that the cable system has a long-term power supply ability in the fire.
The power box is an important device for controlling and distributing power in the power system. However, in a humid environment, moisture may be generated inside the power box, resulting in short circuit or equipment damage. HCCF® bidirectional moisture control material can control the humidity level, prevent the circuit moisture, extend the service life of the equipment, and ensure the stable operation of the power system.
