Everything You Need to Know About Zero Halogen Fire Resistant (ZHFR) Cables

Not long ago, we learned about a devastating fire incident that happened in a home in Varkala. Unfortunately, the fire broke out late at night when everyone was asleep, leaving the family with no one to call for help. Tragically, only one member of the household survived and had to be hospitalized, requiring intensive care unit treatment. After thorough investigation, it was determined that an electrical short circuit caused the fire, and thick smoke quickly spread throughout the property, preventing the family from escaping safely. If the family had installed Zero Halogen/BANFIRE/ZHFR wires, the situation might have been different. These specialized wires emit significantly less smoke and non-toxic halogens, which would have limited the spread of smoke within the house and potentially prevented the fire from spreading further, saving both lives and property. Source: [Read More](http://bit.ly/37FXuvb) Considering this unfortunate event, let's explore more about Zero Halogen Flame Retardant (ZHFR) wires. ### Why Should a Household Use Zero Halogen/BANFIRE/ZHFR Wires? Compared to traditional wires, Zero Halogen wires offer unparalleled safety. Known for their superior quality and performance, these wires are entirely free of heavy metals and fully flame retardant. Upon exposure to high temperatures, they release minimal smoke and non-toxic halogens, ensuring a safer environment. In contrast, PVC-insulated wires release toxic fumes that can quickly fill a home, making it nearly impossible for families to breathe and escape. This can lead to severe health issues and even fatalities due to smoke inhalation. ### What Are the Features of ZHFR/BANFIRE Wires? Zero Halogen wires are typically insulated with a ZHFR compound containing hydrated fillers that release water when exposed to fire. This water helps to suppress the flames and protect the property. These wires not only reduce smoke and toxic gas emissions but also possess excellent flame-retardant properties. Installation is straightforward, and they provide long-term circuit integrity during a fire. BanFire – ZHFR represents our commitment to protecting both the planet and its inhabitants. It is environmentally friendly and enhances safety in the rare event of a fire. Smoke inhalation is often fatal in indoor fires. In such situations, KEI’s BanFire – ZHFR ensures easier breathing for those trapped inside, facilitating timely rescue efforts. KEI’s BanFire – ZHFR are crafted using specially developed in-house PVC polymers, minimizing smoke and halogen-free gas emissions during a fire. This provides greater safety for occupants in homes, residential complexes, and commercial buildings. BanFire – ZHFR can handle operating temperatures up to 105℃ while maintaining excellent fire, heat retardant, and non-toxic properties. Made from 99.97% electrostatically pure, annealed bare copper with over 100% conductivity, these wires are insulated with a specially formulated PVC polymer containing ZHFR compounds, all produced in-house. BanFire – ZHFR guarantees higher reliability, energy efficiency, and maximum safety during a fire. Our manufacturing expertise ensures that BanFire – ZHFR operates continuously and reliably under adverse conditions. At KEI, we produce halogen-free flame retardant cables uniquely. These cables can have a single core or multiple cores. EVA/EPR/XLPE/LSZH serves as the main insulating material, while PVC acts as the sheathing or bedding material. The cables also include a stranded or flexible annealed copper conductor. After testing, our team classifies the ZHFR cables based on their fire resistance characteristics. At KEI, these wires are branded as 'BanFire.' Given their low hazard rating of less than 0.5%, these wires surpass FR-LSH cables. The entire KEI team also tailors the wires according to specific customer requirements. Regarding classifications, fire-resistant cables are marked with the letter 'A.' Depending on their characteristics, they may also carry additional symbols. For example, if a wire can withstand temperatures up to 650°C for three hours, it is labeled 'A.' If it performs well at 950°C for 20 minutes, it is marked 'S.' Wires resistant to fire with mechanical shock are labeled 'X,' 'Y,' or 'Z.' Lastly, before choosing a zero-halogen wire, it’s essential to understand the distinction between fire-resistant and flame-retardant cables. Flame-retardant cables generally stop the spread of fire in surrounding areas. However, fire-resistant cables continue to function even in the presence of fire. Their primary purpose is to maintain circuit integrity under specified conditions. This information highlights the importance of investing in advanced wiring solutions like ZHFR cables to ensure safety and minimize risks in case of emergencies.

Three row paint brush

Three Row Paint Brush,Brush Oil Photoshop,Brushes Medibang Paint,Fence Paint Brush

Laizhou Chenke trading Co., Ltd. , https://www.chenkegroup.com

Posted on