How does the power cord achieve its anti-rat and anti-ant function?
Publish Time: 2025-06-30
As a key component in the power transmission system, the safety, stability and durability of the power cord directly affect the operating performance of the entire electrical system. Flexible mineral insulated cables have become the preferred high-end power cord solution in modern buildings, industrial equipment and public facilities with their excellent structural design and material properties.The power cord fully complies with the BS6387 fire resistance standard assessment, covering multiple harsh test conditions such as simple fire resistance test, fire and waterproof test and fire impact test, and the fire resistance performance can meet the BTTZ standard requirements. This means that even in extreme fire environments, the cable can still maintain power supply, buy precious time for personnel evacuation and fire rescue, and greatly improve the overall safety level of electricity use. This excellent fire resistance is due to the fact that its core structure uses inorganic mineral compounds as insulation materials, which have the characteristics of non-flammable, low smoke and non-toxicity, fundamentally avoiding the risk of traditional plastic insulation materials burning and releasing harmful gases at high temperatures.The power cord has a wide range of production, and supports customized delivery of the entire cord without joints according to user needs, effectively reducing the hidden dangers of failure caused by the intermediate joints, while improving construction efficiency and installation convenience. It is especially suitable for places with extremely high requirements for power supply continuity, such as high-rise buildings, subways, tunnels, hospitals, and data centers.In addition, the power cord also has excellent anti-rat, anti-ant, and anti-radiation properties, ensuring that stability will not be affected by external biological or electromagnetic interference during long-term use. Even in harsh environments, it can maintain excellent electrical performance and service life. Its sturdy and durable structural design allows the cable to work normally even when the diameter is deformed by one-third. Even if it encounters severe mechanical damage, it will not affect the power transmission function, truly achieving "reliable protection in extreme environments."The outer layer of the power cord adopts a highly corrosion-resistant metal sheath, combined with the outermost layer of a highly flame-retardant, low-smoke, halogen-free plastic sheath, to form a double protection system. Even in areas with strong chemical corrosion or severe industrial pollution, there is no need to install additional protective measures to ensure the safe and stable operation of the cable and reduce the cost of later maintenance.It is worth mentioning that the power cord flexible mineral insulated cable adopts an innovative flexible structural design, consisting of copper strands, mineral insulation materials, seamless aluminum sheath coating, mineral filling layer and environmentally friendly outer sheath. All main materials are inorganic, which makes up for the defects of traditional rigid mineral insulated cables such as difficulty in bending, difficulty in construction, flammability and toxicity, and greatly improves the applicability and installation flexibility of the product.The power cord flexible mineral insulated cable has become an indispensable and important part of the current high-end power distribution system with its excellent fire resistance, wide range of applications, strong damage resistance, excellent insect and chemical protection functions, and environmentally friendly and safe design concept. Whether it is a new construction project or the transformation of an old system, it can provide a safer, more efficient and lasting power transmission guarantee to meet the growing demand for high-quality wires and cables in modern society.
