Introduce
With the popularity of electric vehicles, fire has become one of the issues that has attracted widespread attention. To address this challenge, Aiswix has launched an innovative fire protection product – the Electric Vehicle Fire Protection Blanket. This product is uniquely designed to prevent the spread of electric vehicle fires and provide a safer travel environment for drivers and vehicles.
Threat of electric vehicle fires
Before introducing Aiswix’s EV Fire Protection Blanket, let’s first take a closer look at the threat of EV fires. Due to their special power systems and large-capacity batteries, electric vehicles may cause more serious consequences in the event of a fire.
Battery fire risk
Electric vehicles use large-capacity lithium batteries. When these batteries are used improperly or are affected by external factors such as impacts, problems such as overheating and short circuit may occur, leading to battery fires. Battery fires are extremely hot and difficult to control, potentially posing serious risks of burns and smoke poisoning.
Electronic system failure
The electronic system of electric vehicles is different from traditional vehicles, including the electronic components and electrical circuits that control the power system. These systems may be affected by electromagnetic interference, overheating, short circuits and other issues that can cause fires.
Charging equipment problems
During the charging process, there may be problems with the connection between the electric vehicle and the charging equipment, such as overloading, aging cables, etc. These problems may cause fires. In addition, the charging equipment itself also has certain safety risks, especially if it is used improperly or the equipment is of poor quality.
Risks caused by collision
When an electric vehicle collides, the vehicle structure may be deformed and the battery may be damaged, increasing the risk of fire. A fire caused by a collision may endanger not only the vehicle itself, but also the surrounding environment.
Lack of fire extinguishing means
Unlike traditional internal combustion engine vehicles, electric vehicle vehicles are usually not equipped with fire extinguishers and other fire extinguishing equipment. When a fire occurs, the lack of effective fire-extinguishing means may result in the fire being unable to be controlled quickly and the hazards increasing.
Combining these factors, electric vehicle fires may pose serious threats to the vehicle, the driver and the surrounding environment. Therefore, finding effective fire protection means and equipment is an important part of ensuring the safety of electric vehicles.
Solutions from Aiswix
Aiswix’s electric vehicle car fire blanket is dedicated to quickly extinguishing the fire source and isolating the spread of fire at critical moments, thereby minimizing the harm of fire to electric vehicles and drivers. Its design concept combines efficient fire suppression technology, advanced materials science and user-friendly usage.
Key components of the product:
Key components of the product
Efficient fire extinguishing technology: Aiswix Company uses advanced fire extinguishing technology, such as dry powder fire extinguishing agent or other special fire extinguishing agents, to quickly extinguish the fire source. This ensures that the fire can be quickly controlled in its early stages and prevents it from spreading further.
Selection of fire-resistant materials: The protective blanket is made of high-temperature resistant and fire-resistant materials, which can maintain stability in the high-temperature environment of the fire scene. This material not only effectively isolates the source of fire, but also slows down the spread of fire, buying valuable time to put out the fire.
How to use the product
Easy to use: Aiswix company protective blankets are designed to be easy to use, allowing anyone to quickly respond to a fire in an emergency. Users only need to follow simple operating steps to quickly place the protective blanket to cover the fire source.
Emergency trigger mechanism: Protective blankets are often equipped with an emergency trigger mechanism that can be activated immediately when a fire source or temperature abnormality is detected. This intelligent trigger system ensures that in the event of a fire, the protective blanket can be quickly put into use without waiting for manual intervention.
Comprehensive coverage: The size of the protective car fire blanket is designed with all parts of the electric vehicle in mind, ensuring that it can effectively cover the entire area of the vehicle when placed. This comprehensive coverage provides maximum protection against re-ignition of residual fire sources.
Aiswix’s electric vehicle fire protection blankets provide efficient and reliable fire protection. At critical moments, this protective blanket can function quickly to control the fire within a controllable range, providing more comprehensive safety protection for drivers and electric vehicles.
Application scenarios of electric vehicle fires
As sales of electric and hybrid vehicles continue to grow, more and more environments and scenarios require considering fire safety and minimizing collateral damage from vehicle fires.
According to past car crash tests, the use of protective blankets can slow down the impact of collisions in accidents and provide better safety protection for car occupants.
Protective blankets usually have flame retardant properties, which can effectively slow down the spread of fire in the event of a vehicle fire, giving the occupants more time to escape.
Car protective blankets can provide additional thermal insulation in extreme weather conditions, ensuring the comfort of vehicle occupants in cold or hot environments.
The protective blanket can be used as a temporary shelter in vehicle emergency rescue scenarios to provide warmth and protection for the trapped people while waiting for further rescue.
Car protective blankets are a common emergency equipment during self-driving tours and camping activities. They can deal with emergencies and provide safety and comfort for drivers and passengers.
Future Prospects for Automotive Fire Blanket
Finally, we look at the future of Aiswix’s electric vehicle fire protection blankets. As technology continues to develop, will there be more innovation in products? In the future, we can look forward to further breakthroughs and improvements in this area.
As technology continues to develop, Aiswix can foresee that this product will usher in more innovations and improvements in the future to better meet the changing fire protection needs of electric vehicles.
Integration of intelligent technology
In the future, we can expect Aiswix to integrate more intelligent technologies into protective blankets. This could include advanced fire detection systems that use sensors to monitor the vehicle’s interior environment in real time and automatically activate protective blankets if an abnormality is detected. Intelligent systems may also realize remote monitoring and remote control through cloud connections, improving the convenience and practicality of products.
Use of new fire-resistant materials
With the continuous advancement of material science, future car fire blanket may use more advanced fire-resistant materials with higher temperature stability and stronger thermal insulation properties. This will further improve the reliability of the protective blanket in high temperature environments and more effectively isolate fire sources.
Customized design and improved adaptability
For different models and brands of electric vehicles, Aiswix may launch more customized designed protective blankets to ensure that they are perfectly suitable for various models. At the same time, the product may be further optimized to take into account the different structures and battery layouts of electric vehicles to improve the coverage and effectiveness of the protective blanket.
Environmental protection and sustainable development
In the future, we can also expect Aiswix to incorporate more environmentally friendly elements into product design, such as using degradable materials and reducing energy consumption. This will help improve product sustainability and meet society’s growing demand for environmentally friendly products.
