Product Description  

Fireproof Explosion-Proof Safe Bag For Charging & Storage 36v 48v Electric Vehicle Battery Pack

Advantages:

Fire Containment and Prevention:

Thermal Runaway Protection:

Lithium-ion batteries can experience thermal runaway, a chain reaction where the battery overheats and ignites, potentially causing a fire. Fireproof bags are designed to contain this fire, preventing it from spreading to surrounding areas.

Heat Insulation:

These bags are constructed with fire-resistant materials that can withstand high temperatures, helping to isolate the heat generated during a fire and preventing it from igniting other items.

Reduced Risk of Ignition:
By containing the fire, the bags can reduce the risk of other materials catching fire and prevent the fire from escalating.

Secure Storage and Handling:

Shockproof:

Many fireproof bags are designed to be shockproof, protecting the battery from impacts and vibrations during transport and storage.
Secure Closure:

The bags typically feature secure closures to keep the battery safely inside and prevent it from accidentally falling out.
Portability:

Fireproof bags are often lightweight and portable, allowing for easy transport of the battery for charging or storage in various locations.

Charging Safety:

Direct Charging:

Some fireproof bags allow for charging the battery while it's inside the bag, as the charger cables can be fed through the bag's closure.
Reduced Fire Risk During Charging:

By containing the battery in a fireproof environment while charging, the risk of fire during this process is reduced.


Applications:

Industry and Manufacturing:

Explosion-proof lithium batteries are widely used in industrial mobile robots, automated production line equipment, and off-road electric industrial vehicles. They significantly reduce safety hazards, particularly in environments with flammable and explosive gases (such as paint shops and dusty environments).

Mining and Petrochemical:

Equipment in flammable and explosive locations, such as mines, oil fields, and chemical plants (such as lighting, communications equipment, and detection equipment), requires explosion-proof lithium batteries to ensure worker safety and ensure the proper functioning of the equipment.

Transportation:

Urban subways, electric buses, and other transportation vehicles are confined and crowded. The use of explosion-proof lithium batteries reduces the risk of fire or explosion caused by battery failure.

Military and Emergency Rescue:

The high safety of explosion-proof lithium batteries has become a key power solution for military equipment (such as night vision equipment and life detection equipment) and in emergency rescue scenarios.

Aerospace:

Emergency backup power systems for aircraft, rockets, and other aircraft require explosion-proof lithium batteries to ensure safety under extreme conditions.

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