The right models for your application
Our Models
Li-Ion Safety Box M
600 × 600 mm
Our larger solution for more powerful batteries, more extensive applications and professional environments.
More volume, more reserves, more safety - ideal for industry, emergency services and larger lithium systems.
The first battery box, that not only withstands, but deletes.
Automatic extinguishing system
If a battery leaks, the box reacts automatically and releases the extinguishing agent.
Temperature monitoring
The box detects critical heat development and protects the surroundings before a fire breaks out.
Pressure relief during explosions
The flap absorbs the pressure surge and prevents the fire from spreading.
Exhaust gas filtration in several stages
Pollutants and toxic gases are reduced before they leave the box.
Secure charging inside
Chargers can be operated directly in the box, completely isolated from the living area.
Data
Product data sheet
Security
Extinguishing system
Integrated automatic extinguishing module with aerosol activation
Trigger criteria
Temperature rise, smoke development, pressure change
Fire suppression
Immediate activation of the extinguishing agent, reliably suppresses thermal runaway
Housing classification
Non-combustible A2 composite material
Heat resistance
Interior resistant up to 1250 °C for short periods
Gas management
Pressure relief to the outside, filter layer for binding critical vapors
Material & structure
Housing
Aluminum composite with mineral core
Interior insulation
Multi-layer fire-resistant protective mats
Closure
Mechanically locking, temperature-resistant
Gasket
High temperature silicone seal
Capacity
Internal volume
Approx. 36 liters
Compatible battery types
E-bike batteries, tool batteries, drone batteries, power banks, device batteries
Maximum number of batteries
Up to three large e-bike batteries or several small device batteries
Dimension & weight
Height
600 mm
Width
600 mm
Depth
400 mm
Weight
16 kg
The RUK BOX is used for Preventive fire protection when handling lithium-ion batteries.
It is designed to be used in the event of a thermal runaway, overheating or a battery fire can have the following effects Containing flames, heat and smoke in a controlled manner and protect the environment.
The RUK BOX is suitable for common Lithium-ion batteries including, among others:
E-bike batteries
Power tool batteries
Batteries from mobile devices
Compact energy storage within the permissible dimensions
Damaged, inflated or mechanically stressed batteries should be assessed individually before storage or use.
Yes – the RUK BOX is a active fire suppression system.
It automatically responds when a battery thermally escalates, releasing a extinguishing agent to manage the situation. to stabilize quickly. This significantly reduces risks to people, buildings, and technology.
In the event of fire, the RUK BOX is designed for this:
Keep flames inside the box
Dissipate heat in a controlled manner
prevent the uncontrolled spread of fire
protect the immediate surroundings
The fire event remains spatially limited and controllable.
Smoke and gases can be released in a battery fire.
The RUK BOX reduces the impact from Controlled smoke gas management(Derivatization/Cooling/Filtration) and keeps the event as manageable as possible within the system. For maximum safety, we recommend a well-ventilated installation site.
No. The RUK BOX replaces No statutory fire protection requirements, structural fire protection measures or operational safety concepts.
It is known as Additional protective measure in handling lithium-ion batteries.
Yes, the RUK BOX can be used both in the Private household as well as in Workshops, factories or technical environmentsas long as the local fire protection regulations are complied with.
The RUK BOX itself is Low maintenance.
However, it is recommended:
check the box visually on a regular basis
Check seals, hinges and closures
to have the box professionally inspected after a fire incident
After a fire incident, the RUK BOX not reused without professional examination can occur. Depending on the intensity of the event, material fatigue or structural changes may occur.