Industry Background:

    In recent years, my country's economy has developed rapidly, and electricity has long been an indispensable element in people's lives. The electric power industry is one of the pillar industries of my country's national economy. The year-on-year increase in residential and industrial electricity consumption indicates that my country's electric power industry is developing rapidly. In order to achieve low carbon and environmental protection, wind power generation is a crucial form of electricity acquisition in my country and even in the world, and it is an important part of the entire power industry. Although the current power companies attach great importance to fire safety, looking at the current situation of the industry, fire accidents are very common in cables, warehouses, conveyor belts and other scenarios related to power companies. In the event of an accident, the damage to the property may be inestimable. This status quo also shows that my country's electric power industry still has problems that need to be solved urgently.

    Industry Fire Characteristics: 

    1. There are many triggers for fires, and the equipment is often loaded with intensive, so it is hard to prevent;

    2. As far as the wind power industry is concerned, because the fans are mostly located in the open natural environment, the oxygen is sufficient and the ventilation is rapid. Once there is a fire, it will spread rapidly and easily spread to the surrounding forests and grasslands;

    3. Due to the particularity of the industry, it is difficult to put out fires;

    4. The value of electrical equipment is often high, and the fire loss is large. Once a fire occurs, it will cause huge direct/indirect losses.

    Industry Applicability:

    In view of the particularity of the electric power (including wind power) industry, its fire protection scheme should meet the following points: 1. For unattended, it can provide all-weather and uninterrupted protection; 2. The fire extinguishing agent has good re-ignition resistance during and after spraying; 3. The fire extinguishing agent should have stable performance, the fire extinguishing efficiency should not be affected by temperature changes, and the fire extinguishing system should have the characteristics of windproof, dustproof and anti-vibration; 4. It is easy to clean up the site after the fire is extinguished, the restoration cost is low, and the production and life can be resumed in a short time. Experiments have shown that perfluorohexanone has good compatibility with other materials, such as rubber and metal, and has little effect on the use of various materials. In the test, the rubber was exposed to its bare surface at 48℃7days, and the metal was exposed to the gas in a boiling state< /span>10days without fading or damage to the metal. In addition, perfluorohexanone fire extinguishing agent is released in the form of gas, but it is a liquid at room temperature, and it has no electrical conductivity in liquid and gaseous states. 1 atmosphere, 21℃, 2.7mmelectrode spacing, insulation shock of perfluorohexanone saturated vapor The breakdown voltage is 15.6kv, which is 2.3 times that of dry nitrogen; under the same conditions, liquid perfluorohexanone The breakdown voltage is 48kv.

    To sum up, the high insulation and non-corrosive properties of perfluorohexanone fire extinguishing agent make it more suitable for the power industry than traditional fire extinguishing media.

    Recommended products commonly used in industry projects:

Bottle-type temperature-sensing automatic perfluorohexanone fire extinguishing device	HTKD-CFXA-01 Perfluorohexanone Cabinet Fire Extinguishing System	Perfluorohexanone fire detection tube fire extinguishing system

    Safety is no small matter, and alarm bells should keep ringing. Ensuring the fire safety of the electric power/wind power industry is the foundation of future development, and it is also the direction that our company has been striving for.