Have you heard of mineral-insulated cables? If you haven't, you are missing out on a significant development in the wiring industry.
Mineral insulated cable is a kind of cable with the copper conductor core wire wrapped with copper sheath and the magnesium oxide powder isolated as the inorganic insulation material.
That is to say, the magnesium oxide insulation layer is between the online core conductor and the copper sheath, and the outermost layer can choose the appropriate outer sheath as needed.
Did you know that MICC cables are incredibly fire-resistant? They can withstand temperatures up to 1093°C. Even in intense fires, they can remain functional, which can be crucial in maintaining an electricity supply during emergencies.
Mineral-insulated cables have an unusually long lifespan compared to other cables. They typically last at least 30 years but can even exceed 60 years. Isn't that impressive?
MICC cables are incredibly compact due to their construction. This leads to efficient use of space, an important factor in modern construction and design.
Other than inspections, mineral-insulated cables require very little maintenance, which can drastically decrease their lifetime cost.
Increased safety is one of the standout benefits of MICC cables. This is due to their excellent fire-resistance and their robust insulation which reduces the risk of electrical shocks.
MIC cables can be used in a wide range of environments, from residential homes to commercial buildings to industrial settings.
Due to their construction, MIC cables boast higher current-carrying capacities compared to other cables.
Mineral-insulated cables are resilient to corrosive and oxidizing environments.
Unlike other cables, mineral-insulated cables do not experience aging deterioration.
1 Light-duty copper core copper sheath mineral insulated cable:
① BTTQ light copper core copper sheath mineral insulated cable.
② BTTVQ light copper core copper sheath PVC outer sheath mineral insulated cable.
③ LSF-BTTQ light copper core copper sheath low smoke halogen free outer sheath mineral insulated cable.
2 Heavy-duty mineral power cables:
① BTTZ heavy-duty copper core copper sheath mineral insulated cable.
BTTZ heavy-duty copper core copper sheathed PVC sheathed mineral insulated cable.
LSF-BTTZ heavy duty copper core copper sheathed low smoke halogen free outer sheathed mineral insulated cable.
With the development of science and technology, the quality of all kinds of construction projects is gradually improved.
On the one hand, it is the application of advanced engineering technology, on the other hand, thanks to the high-tech engineering materials more and more applications of dry engineering.
The application of mineral-insulated cable for the quality of construction projects provides great help.
Mineral insulated cable with its fire, moisture, heat, and other excellent characteristics, greatly guarantee the safety of the use of buildings.
Mineral insulated cable because the structure of mineral insulated cable is relatively unique, and the materials used have inorganic insulation, so compared with ordinary flame retardant cable, it has good fire, oil, high temperature, corrosion resistance, and other properties, and its weight is relatively light, long service life.
The current mineral insulation cable is mainly divided into two categories, one is the traditional mineral fire-resistant cable, that is, BTTZ type mineral insulated cable.
The other is the flexible mineral insulated cable which is emerging and well applied in recent years, i.e. YTTW type mineral insulated cable.
Traditional mineral fire cable is used magnesium oxide powder for insulation, its copper conductive core and copper outer sheath, insulation layer connected very dense, almost as a whole.
It has a wide range of applications, which can be applied at sea, on land, indoors and outdoors, above and below ground; especially it is widely used in historical buildings, super-high-rises, hotels, shopping malls, hospitals, airports, TV stations,
communication hub projects, ships, theaters, subways, human defense projects, crowded public places, and fire-prone hazardous places.
It can also be applied to places with high ambient temperatures, such as power plants, and steel mills.
It is also applied to special environments, such as anti-electromagnetic interference, anti-animal nibbling, waterproof, and nuclear power plants.
Generally widely used in nuclear power plants, metallurgy, chemical industry, mines, kilns, and other dangerous, harsh, high-temperature environments.
In recent years, it is also more often used in high-rise buildings, airports, docks, underground railroads, and other places.
Used to protect the fire pumps, fire elevators, local lighting, emergency evacuation instructions, security monitoring, anti-smoke systems, and self-supply of power and other important equipment for fire uninterrupted operation.
1 Power supply for fire-fighting equipment in all kinds of buildings, power supply for fire-resistant elevators, etc.
2 Power supply for equipment and lighting systems in important buildings or buildings with dense populations.
3 Places with high ambient temperature, such as iron and steel mills, smelters, glass factories, etc.
4 Flammable and explosive important occasions, such as petrochemical, coal mine equipment power supply.
5 Need special clean and sanitary places, such as hospitals, food factories, and other power supply equipment.
6 Important military, national defense, aviation, satellite base equipment power supply.
7 Power plants, nuclear power plants, important equipment power supply.
A MICC cable might be a perfect solution for your wiring needs, considering the many benefits it offers. Why would you settle for less?
To wrap it up, using mineral-insulated cables can make your life safer, more efficient, and a whole lot easier. So, are you ready to take a step into the future of wiring?
There's no better time than now to make the switch to mineral-insulated cables!
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