Electric vehicles/trucks, etc. Firefighters, disaster relief, emergency services, automotive manufacturers, workshops.

In the event of a traffic accident involving one or more electric vehicles, firefighters must take special precautions as electric vehicles can be under high voltage. Here are the key safety measures that firefighters should consider:

1. Hazard from High Voltage:

Electric vehicles have high-voltage batteries that can carry voltages between 400 and 800 volts, depending on the model. To protect against electric shocks, firefighters wear special insulating protective equipment, including high-voltage gloves.

These gloves must meet the applicable electrical safety standards to ensure that firefighters are protected when in contact with live parts.

1. Hazard from Chemical Substances:

In an accident, the battery may become damaged, potentially releasing toxic or flammable chemicals. Therefore, firefighters also wear chemical-resistant gloves to protect themselves from such hazardous substances. These gloves must serve a dual purpose: they need to be electrically insulating and simultaneously chemical-resistant, as is the case with the KCL Elektro 583 and 584 glove series.

1. Hazard from Fire and Thermal Reactions:

Lithium-ion batteries, which are used in most electric vehicles, can ignite or trigger thermal reactions if they are mechanically damaged.

Firefighters thus use flame-resistant protective clothing to shield themselves from fires. In the event of a battery fire, special extinguishing agents such as water mist or powder may be used to combat the fires, as conventional extinguishing agents are often ineffective against battery fires.

Handling Gloves After Use:

1. Inspection of Gloves After Use:

After responding to an accident involving an electric vehicle, the gloves must be checked for damage. Electrically insulating gloves, such as those from KCL and other manufacturers, lose their protective function with the slightest cracks or holes. Therefore, they must be carefully inspected after each use.

1. Replacement of Damaged Gloves:

If the gloves show visible damage, such as cracks or deformities, they must be replaced immediately. Chemical substances can also attack the material of the gloves, making it necessary to inspect the chemical resistance after contact with chemicals.

1. Care and Storage:

To ensure electrical insulation, the gloves must be properly cleaned and stored. They should be protected from direct sunlight and heat to avoid compromising the material. Gloves that are used regularly must also be tested and certified after a certain period (usually annually) to ensure their protective function.

Overall, the focus of firefighters, emergency services, disaster relief, and police is on combined protection against electric shocks, chemical hazards, and thermal influences to work safely during incidents involving electric vehicles. Choosing the right protective equipment, including highly specialized gloves, plays a central role. KCL is the top choice here!

For questions regarding this topic, samples, etc., please feel free to contact me or my colleague directly.

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