Storing your battery in the Battery Control bag will significantly reduce the risks of a lithium-ion fire.
The Battery Control Bag is comprised out of four layers of high-tech fabrics with specific properties. When a battery goes into thermal runaway and explodes, temperatures can reach up to 900 degrees Celsius. The combination of the high-tech materials makes the bag strong enough to withstand the explosion of the cells while also able to endure the extreme temperatures while keeping fire and flames inside the bag.
The only way to safely transport and store a battery!
The Battery Control BAG is a handy and reliable bag in which batteries can be transported and stored. With the Battery Control BAG, no major structural changes need to be made to safely store batteries. Storing in a Battery Control BAG is sufficient to exclude the risks of a burning lithium-ion battery.
Consumer
Safe home storage.
Retail
Safe storage, central or with bicycle in the showroom.
Hospitality
Safe storage in central location or with bike.
Warehousing
Safe warehousing at wholesalers and service points.
Manufacturers
Safe central and individual storage.
Logistics
Safe transportation with parcel services and air transport.
High-tech Knowledge from aircraft industry
The Battery Control Bag is the culmination of 12 years of development and specialist knowledge of fire retardant materials for the demanding aircraft industry and chemical industry.
Highly temperature resistant
This knowledge and experience has been used to develop a bag that is able to withstand the thrashing of a lithium-ion E-bike battery explosion. The 4 layers of materials all have their own purpose in resisting the extreme temperatures of an lithium e-bike battery fire.
Greatly Increases Safety & reduction of damages
Because of the materials used and high temperature resistance, the bag is able to retain fire and flames inside the bag, thus increasing safety. Keeping a battery in a Battery Control Bag is paramount in greatly increasing safety and reducing the risk of consequential damages caused by lithium-ion safety.