FAQ
First, extinguish the battery with a suitable fire extinguisher before using the containment bag. Then, put on the provided fire-resistant gloves and place the device or battery in the bag. Close the bag according to the provided instructions. The Lithium Fire Kit Medium does not contain a fire extinguisher — ensure that one is available separately at the location.
Both kits contain the same components and operate in the same way. The difference lies in the dimensions of the containment bag. The XL version is suitable for larger devices or batteries. Contact LOXXER for advice on the right size for your situation.
The flame arrester vents the excessive gases released during thermal runaway, without allowing flames or sparks to escape. This keeps the bag intact, even with batteries that have a capacity of more than 300 Wh.
Yes. The bag has been tested in a worst-case scenario where a fully charged, unextinguished battery was put into thermal runaway. No flames, sparks, or metal parts came out, and the outside remained cool enough to prevent damage to the surroundings.
First, extinguish the battery with the included 2-liter fire extinguisher. Then, put on the fire-resistant gloves and place the device or battery in the containment bag. Close the bag according to the included instructions. Always follow the step-by-step procedure included with the kit.
After use in a fire incident, it is recommended to replace the blanket. Visual damage or exposure to extreme temperatures can affect performance. Contact LOXXER for advice on inspection and replacement.
The blanket was subjected to a series of independent tests: the KIWA temperature test according to DIN SPEC 91489, the Magna Steyr battery module fire test, the STFI bending test at 750 °C prolonged exposure, and tests on electrical resistance (DIN 54345-1) and cut resistance (ISO 13997:1999-08).
No. The Fire Limitation Blanket Premium does not produce harmful fumes during use. The fiberglass-polymer construction is non-flammable and was tested according to DIN EN 13501 by MPA.
The blanket is designed for fire incidents involving small lithium-ion applications, such as laptops, battery-powered tools, and handheld devices. The blanket is not intended for large battery packs or electric vehicles. Consult LOXXER for advice if in doubt about applicability.
The Transportbox is available in two volumes. The 600-liter version measures 1200 × 1000 × 1060 mm and weighs 200 kg. The 800-liter version measures 1200 × 1000 × 1252 mm and weighs 225 kg.
The Transport Box can be moved with a forklift or a crane. The lid is equipped with springs that lighten the opening, and the container is fitted with a handle.
Yes. The Transport Box is certified as a steel box type 4A in accordance with chapter 6.1 of the ADR agreement, in accordance with DIN 30741 part I. The container is UN certified and does not require recertification during its lifetime.
The Transportbox is suitable for all types of lithium-ion batteries and cells as specified in packaging instructions 4.1.4.1 of the ADR agreement. This includes new batteries, batteries intended for disposal or recycling, and prototypes or small series up to 100 pieces that are transported for testing purposes.
Yes. The LOXK1100 is a compact, fireproof charging cabinet suitable for charging batteries of hand tools, drills, and other devices that a technical service uses daily. The cabinet features 2 fireproof shelves with charging strips, smoke and temperature detection, active ventilation, and a self-closing door with a lock. Optionally, a certified aerosol extinguishing system and an M2M module for external monitoring are available.
As a school board or management, you have a general duty of care for the safety of everyone on your premises. If it turns out that the charging took place unattended in an unsafe location, without detection or adequate measures, this may have consequences for insurance handling and liability. The use of certified charging solutions is a demonstrable fulfillment of that duty of care and reduces the risk of disputes in the event of damage.
The Outdoor Locker is made of galvanized steel with UV-resistant powder coating and is equipped with double-walled doors and electronic code locks from the brand Burg. The construction is designed for permanent outdoor use. For exact specifications on material thickness and mounting options for anchoring in the floor or a pedestal, please contact LOXXER.
There is no general prohibition, but it is strongly discouraged from a fire safety perspective. Charging via regular sockets does not provide protection against thermal runaway, no detection, and no alarm. In a publicly accessible building such as a school, this increases the risk for everyone present. Insurers and prevention advisors are increasingly setting explicit requirements for the way lithium-ion batteries are charged in public buildings.
For outdoor installation, at a bike rack or entrance, the Outdoor Locker is the most logical choice. The locker is weather-resistant, available in configurations of 4 to 16 compartments, and each compartment is equipped with 2 sockets of 16A and an individual code lock. For indoor installation, for example in a technical classroom or staff room, the LOX12 or the LOXK1100 are suitable alternatives with fire-resistant housing and detection systems.
Yes. The LOX12, LOXK1100, and LOXK2000 are standardly prepared for wired connection to a fire alarm system. Detection signals from the charging stations are directly transmitted to your central monitoring or alarm system. For the exact connection requirements and compatibility with your specific fire alarm system, it is best to contact LOXXER.
Damaged lithium-ion batteries, those that are incorrectly charged, or those that have reached the end of their lifespan can cause thermal runaway: a self-reinforcing heating process that leads to extreme temperatures and is nearly impossible to extinguish with conventional means. In a distribution center where multiple devices are charging simultaneously and unattended, early detection is essential. The LOXXER products detect smoke development and temperature rise and immediately raise an alarm, even when no staff is present.
Yes. The Outdoor Locker is specifically designed for outdoor placement and is available in configurations of 4 to 16 compartments. The housing is made of galvanized steel with UV-resistant powder coating and rain-resistant ventilation openings. An integrated rain roof provides extra protection. The locker is prepared for anchoring and is equipped with 2 sockets of 16A per compartment. Optionally, a certified aerosol extinguishing system with detection and activation system is available.
For the systematic charging of e-bike batteries, the LOXK1100 and LOXK2000 are the suitable choice. Both cabinets are VDMA 24994 certified and feature fire-resistant, adjustable shelves with integrated charging strips. They are equipped with smoke and temperature detection, forced ventilation, and cutouts for a pallet truck, making them easy to move even in large locations. The LOXK2000 is the two-door variant for higher capacity, while the LOXK1100 is the more compact single-door version.
The LOX12 is the designated solution for warehouses with many small lithium-ion devices such as scanners, walkie-talkies, and tablets. The cabinet features 12 separate, fireproof charging compartments, each equipped with 2 sockets (230V) and an individual combination lock. Smoke and temperature detection, active ventilation, and a connection to the fire alarm system are standard. An M2M module is optionally available for external monitoring.
The LOXK2000 is a two-door cabinet that is available from stock. The cabinet features adjustable fire-resistant shelves, each equipped with a loading strip, and has cutouts for a pallet truck on all four sides, allowing for movement with a forklift. For exact external dimensions and placement requirements, it is best to contact LOXXER so that the setup can be tailored to your specific location.
Immediately leave the area and call the fire department. Never attempt to extinguish a lithium fire with a regular fire extinguisher or water. For a controlled initial response, LOXXER provides fire suppression blankets that withstand temperatures up to 1,750 °C. These blankets contain the flames and slow the spread of the fire without producing harmful fumes, giving the fire department more time to intervene. They are available in various sizes.
There is no general legal obligation in Belgium that specifically regulates the storage of lithium-ion batteries in agriculture, but insurers are increasingly imposing requirements on how these batteries are stored and charged. A certified charging cabinet or locker demonstrably reduces the fire risk and is often a condition for full coverage in case of damage due to lithium fire. Consult your insurer for the specific policy conditions.
Yes. The Outdoor Locker is specifically designed for outdoor installation. The cabinet is made of galvanized steel with UV-resistant powder coating, features an integrated rain roof and rain-resistant ventilation openings, and is delivered prepared for anchoring. It is available with 4 to 16 charging compartments and can optionally be equipped with a certified aerosol extinguishing system.
LOXXER products are designed for the safe storage and charging of lithium-ion batteries, such as those used in electric lawn mowers, robotic mowers, brush cutters, chainsaws, leaf blowers, outdoor electric bicycles, and light electric vehicles for off-road transport. As long as they are lithium-ion batteries that can be removed from the machine, the LOXK cabinets and lockers are suitable.
The LOXK1100 is a single-door cabinet with VDMA 24994 certification, intended for the simultaneous charging of multiple batteries on fireproof shelves. The cabinet features active ventilation, smoke and temperature detection, and an audiovisual alarm. The LOX12 is a locker cabinet with 12 separate compartments, each secured with an individual combination lock. This makes the LOX12 particularly suitable when customers deposit their own batteries for charging, while the LOXK1100 is more suitable for internal use or own stock.
The LOX12 is an indoor system and is not designed for outdoor installation. For outdoor use, LOXXER has the Outdoor Locker, a weather-resistant charging locker made of galvanized steel with UV-resistant powder coating, integrated rain roof, and rain-resistant ventilation openings. This is available in versions of 4 to 16 compartments and is delivered prepared for anchoring.
Technically, it is allowed, but it is strongly discouraged without the necessary precautions. Insurers are increasingly imposing requirements on how lithium-ion batteries are charged and stored in commercial spaces. A certified charging cabinet or locker is the most effective measure to maintain coverage and limit liability. Consult your insurer for the specific conditions of your policy.
For most bike retailers, the LOX12 is the most practical choice. This fireproof locker has 12 separate compartments, each with its own combination lock, allowing customers to safely leave their battery during maintenance or repair. For retailers who need fewer charging spots, the LOXK1100 (compact single-door cabinet, VDMA 24994 certified) is a good alternative. Planning to place it outside the store? Then the Outdoor Locker offers a weather-resistant solution.
Yes, it poses risks. Lithium-ion batteries can go into thermal runaway if defective or damaged, a chain reaction where the battery develops extreme heat and causes a fire. In a shop space with flammable materials and other batteries nearby, an incident can escalate quickly. A fire-resistant charging locker or cabinet limits the risk and prevents an incident from growing into a large fire.
Yes. The LOXK1100, LOXK2000, and LOX12 are standardly prepared for connection with a fire alarm system. This way, detection in the cabinet is directly communicated to the broader alarm system of the site or building. An M2M module is also optionally available for remote external monitoring.
The regulations are under development. The PGS 37 guideline provides guidelines for the storage of lithium-ion batteries in professional environments. Additionally, the Working Conditions Act requires employers to ensure safety in the workplace, including preventing fire risks due to improper storage or charging of batteries. We recommend consulting your prevention advisor or the local fire department for the specific situation at your site.
Batteries that are not in use must not be left unattended in a construction trailer or unsecured container. A fireproof storage cabinet such as the LOXK1100 or LOXK2000 is the recommended solution. These cabinets are VDMA 24994 certified and contain fire and toxic smoke for at least 90 minutes, preventing spread to the environment.
The LOXXER Outdoor Locker is specifically designed for outdoor use. The unit is made of galvanized steel with UV-resistant powder coating, has an integrated rain roof, rain-resistant ventilation openings, and double-walled doors. The locker offers 4 separate charging compartments, each with its own 230V connection, and can optionally be equipped with a certified aerosol extinguishing system.
A site container or site office is a small, often poorly ventilated space with flammable materials. When multiple batteries are charged at the same time, the temperature rises and the risk of thermal runaway increases, especially with batteries that have been damaged by falls or mechanical shocks. One incident can quickly escalate into a full-blown fire, as the smoke from a lithium-ion fire is extremely toxic and spreads rapidly.
The LOXXER lithium fire kit is intended for first intervention by trained workshop or dealer personnel. The kit includes a containment bag with flame protector, a fire extinguisher, and gloves. The E-Powershield construction is resistant up to 1,100 °C. The kit is available in Medium and XL and is suitable as a supplement to the broader fire safety equipment in the workplace.
For the storage of larger quantities of lithium-ion batteries or vehicles with damaged batteries, guidelines such as PGS 37 apply. LOXXER containers for battery storage have been developed in accordance with the PGS 37 guideline. We always advise consulting the local fire department or a certified safety advisor for the specific situation at your location.
A fire suppression blanket does not fully extinguish the fire, but it limits the spread of flames and significantly slows down thermal runaway. This gives bystanders the chance to evacuate and emergency services the time to arrive on site with specialized equipment. For definitive extinguishing and cooling, inundation via a submersion container is generally necessary.
For a fully electric vehicle, the fire suppression blanket of 5 x 6 m is the recommended choice. This blanket can withstand temperatures up to 1,750 °C, does not produce harmful fumes, and limits flame spread. The blanket completely covers the vehicle, providing time for further intervention or waiting for specialized emergency services.
A submersion container allows an electric or hybrid vehicle to be fully submerged in water. This is the most effective way to manage a lithium-ion fire in a vehicle and prevent re-ignition. The LOXXER submersion container has a volume of 20 m³ (6,000 x 2,300 x 1,500 mm), is equipped with tie-down eyes for securing the vehicle, and can be fitted with a cover tarp, connections for extinguishing and cooling systems, and signaling.
The LOXK2000 VDMA cabinet is the large double-door cabinet with 5 compartments, 32 sockets, and a three-phase power supply, suitable for larger volumes and intensive professional use. The LOXK1100 is the compact single-door version with 3 compartments and 1 power strip, ideal for smaller workshops or locations with limited space. Both cabinets are VDMA 24994 certified.
Yes, the cabinet is designed for wired connection to the fire control panel of your building. The built-in smoke and temperature detectors send a signal that can be integrated into your existing fire alarm system, depending on the type of system and the configuration on site.
The cabinet has 4 levels, each equipped with a charging strip of 8 sockets (max. 16A per socket), which amounts to 32 sockets in total. The number of batteries that can be charged simultaneously depends on the type of charger and the power per battery. The 4 adjustable fireproof shelves have a load capacity of max. 70 kg per shelf.
The VDMA 24994 certification demonstrates that the cabinet has been tested and approved under extreme conditions, where lithium-ion batteries were intentionally put into thermal runaway. For your company, this means a demonstrable safety policy, a stronger file with your insurer, and compliance with the PGS 37 guideline. More and more insurers are requiring a certified storage solution as a condition for coverage in case of lithium fires.
The LOXK2000 VDMA cabinet is designed for the safe storage and charging of lithium-ion batteries from e-bikes, e-scooters, hand and garden tools, drones, walkie-talkies, scanners, and similar equipment. The cabinet is an indoor application and is not intended for large traction batteries from forklifts or industrial battery packs.
Yes, as an option, the LOX12 is available with an M2M module for external monitoring. Through this module, you can remotely monitor the status of the cabinet, which is particularly useful for locations without permanent supervision or for facility managers overseeing multiple locations.
The LOX12 is a fire-resistant charging locker for indoor use with 12 compartments, equipped with smoke detection, temperature detection, and active ventilation. The Outdoor Locker is specifically designed for outdoor installation, has 4 compartments in a weather-resistant construction, and is expandable to 16 compartments. The choice depends on the location and the desired number of charging spots.
Yes, the LOX12 is designed for connection to an external fire control panel. The built-in smoke and temperature detectors send a signal that can be integrated into your existing fire alarm system, depending on the type of system and the configuration on-site.
Each of the 12 compartments is equipped with an individual combination lock. Users set a personal code to lock their compartment. This way, each user can safely leave their battery while charging, without others having access to it.
The LOX12 is designed for charging and storing lithium-ion batteries from e-bikes, e-scooters, and similar devices. Each compartment provides space for a battery including a charger. The cabinet is not intended for large industrial battery packs or traction batteries from forklifts.
Yes, as an option, the Outdoor Locker is available with a certified aerosol extinguishing system including detection and activation system. This system automatically activates in case of dangerous temperature rise and distributes the extinguishing agent through the perforated shelves in the compartment. The option must be ordered together with the locker.
Each compartment has two 230V sockets with a maximum power consumption of 500W. The sockets are protected by a 30 mA residual current device with a delay. A standard charger for an e-bike battery typically consumes less than 100W, allowing multiple devices to be safely charged at the same time.
Each compartment is equipped with an electronic numeric code lock from the brand Burg (Nircode). Users set a personal PIN code for their compartment. The locks are of high quality and specifically selected for use in outdoor environments.
The standard version has 4 separately lockable loading compartments. The Outdoor Locker can be modularly expanded to 16 compartments, allowing the installation to grow with the needs of your organization.
Yes, the Outdoor Locker is specifically designed for outdoor installation. The construction in galvanized steel with UV-resistant powder coating, rain-resistant ventilation openings, and the integrated rain roof ensure that the locker is weather-resistant. The cabinet is prepared for anchoring to a concrete surface for extra stability.
The unit is delivered ready for use and can be installed by the customer themselves, provided that the requirements for ventilation and air discharge are taken into account. For connection to a fire alarm system or for the optional aerosol module, coordination with a certified installer is recommended.
The LOXK1100 is the compact single-door version of the LOXXER cabinet line, suitable for smaller workshops or locations with limited space. The LOXK2000 is a larger two-door cabinet with a higher capacity, more loading strips, and a more spacious internal layout. Both cabinets are VDMA certified and share the same safety principles.
Yes, the unit is designed for connection to an external fire control panel. The built-in smoke and temperature detectors send a signal that can be integrated into your existing fire alarm system, depending on the type of system and the configuration on site.
Yes, the LOXK1100 has the VDMA 24994 certification. This is the European industrial standard for fire-resistant storage and loading cabinets for lithium-ion batteries, and it is an important document for your insurer and your internal safety policy.
The LOXK1100 is suitable for the storage and charging of lithium-ion batteries in indoor environments, including e-bike batteries, batteries for electric power tools, scanner batteries, walkie-talkies, and similar equipment. The cabinet is not intended for large industrial battery packs or traction batteries for forklifts.
Contact LOXXER for a consultation. Depending on the model and year of manufacture, retrofitting may be possible. New LOXXER cabinets are standardly equipped with the integrated extinguishing system.
AF-X aerosol is certified as safe for humans and animals. Short exposure in a normal work environment poses no health risks. The substance is non-toxic, non-corrosive, and leaves no harmful residues.
The dual smoke detection in LOXXER cabinets significantly reduces the chance of false alarms. The system only activates when both detectors or the threshold value for smoke concentration is reached. Normal ambient air, dust, or condensation will not trigger the system.
The system operates completely autonomously. As soon as the smoke detectors detect a Thermal Runaway, the aerosol generator activates itself — even outside office hours, at night, or in unmanned spaces.
The AF-X aerosol generator has a fixed lifespan and should be replaced after activation. If not activated, periodic inspection is recommended according to the manufacturer's maintenance guidelines. LOXXER assists customers in following the maintenance schedule.
Because LOXXER is close to production, quick adjustments can be made. For standard products from stock, a delivery time of a few working days is achievable. For custom solutions or larger projects, a concrete schedule will be drawn up after the initial consultation. Installation and commissioning are included in the complete service process.
In most cases, a product from our standard range is sufficient. However, LOXXER also works for specific situations where the standard dimensions or configurations do not fit. Think of walk-in containers, shelving containers, or custom solutions for outdoor setups. Through our configuration tool or directly via a consultation, we will look together at what is most suitable.
Yes. The LOXK2000 is certified according to the VDMA 24994 standard, the most relevant European directive for lithium-ion charging and storage cabinets. In addition, LOXXER works with KIWA and ESSA certification and takes into account the PGS 37-2 guideline for the storage of hazardous substances. Certificates can be requested with your application.
LOXXER provides certified solutions for a wide range of sectors: automotive, construction, logistics and distribution, bicycle trade, green and agriculture, and education. Is your sector not listed? Contact us, in many cases a custom solution is possible.
A charging cabinet is equipped with connections for actively charging batteries and has thermal protection systems that intervene in case of abnormal temperatures. A storage cabinet is intended for safely storing batteries that are not being charged. LOXXER offers both types, as well as combined variants for those who want to merge charging and storage capacity.
Yes. The LOXK1100 is standardly equipped with a connection point for linking to a fire alarm system, allowing integration into existing building security. Additionally, an optional M2M module is available for remote external monitoring, for example for facility managers or companies with multiple locations. This makes the cabinet suitable for organizations that want a central overview of the safety status of their charging infrastructure.
The cabinet is equipped with a smoke detector and a temperature detector that register the first signs of fire danger. Upon detection, the audiovisual alarm system activates with RGB LED status indication. The self-closing door limits oxygen supply, the active ventilation keeps heat buildup within acceptable limits, and the exhaust connection vents excess pressure and smoke. Optionally, a certified aerosol extinguishing system can be activated to cool the affected battery and prevent fire spread to other levels.
The LOXK1100 has an external dimension of 760 mm wide, 585 mm deep, and 1,160 mm high (1,186 mm including alarm). With a weight of 162.5 kg and cutouts for a pallet truck, the cabinet is movable without special lifting equipment. The compact footprint allows placement in storage areas, bike sheds, workshops, and technical rooms where a larger two-door cabinet is not feasible.
Yes. The LOXK1100 is explicitly designed for the safe storage and charging of lithium-ion batteries in indoor environments, including e-bike batteries. The cabinet replaces unsafe situations such as charging on work tables or with loose chargers on the floor. With two fireproof shelves, a charging strip, a self-closing door, and active ventilation, the cabinet provides a controlled charging space that meets the VDMA 24994 standard and the PGS37 guideline.
The LOXK1100 is the compact single-door variant within LOXXER's VDMA-certified range. While the LOXK2000 is a double-door cabinet for larger volumes and higher throughput rates, the LOXK1100 is specifically designed for smaller businesses, workshops, and indoor spaces where safety is just as essential but available space is limited. Both cabinets are VDMA 24994 certified and feature smoke and temperature detection, active ventilation, and an audiovisual alarm system.
Many fireproof cabinets offer only passive protection: they allow a battery fire to burn out without further intervention. The LOXK2000 goes further with active protection through smoke detection, a pressure relief system, smoke extraction, and the option for an aerosol extinguishing system that prevents spread to other batteries. This not only limits damage to the environment but also minimizes the impact within the cabinet itself. This distinction is relevant for risk assessments by occupational safety advisors and insurers.
Yes. The LOXK2000 VDMA complies with the PGS37 guideline, the Dutch practical guideline for the safe storage of hazardous substances including lithium-ion batteries. In combination with the VDMA 24994 certification and the CE marking, the cabinet is one of the best-documented storage solutions on the Belgian and Dutch market, and a reliable choice for companies looking to cover their insurance obligations.
The LOXK2000 is equipped with an integrated smoke and temperature detection system, an advanced overpressure system, and fire-retardant shelves. In the event of a thermal runaway, the doors remain closed, the outside temperature remains stable, and smoke is safely vented through the integrated ventilation system. Optionally, the cabinet can be equipped with a certified aerosol extinguishing system, which protects other batteries in the cabinet from further ignition.
The LOXK2000 VDMA is designed for the safe storage and charging of lithium-ion batteries in professional environments. The cabinet is suitable for batteries from e-bikes, e-scooters, drones, laptops, scanners, and electric hand and garden tools. Typical users include logistics companies, construction firms, government agencies, green and cleaning services, bike rental and shops, and industrial workshops with multiple devices in use.
VDMA 24994 is a German testing standard established by the DIN certification institute for storage cabinets of lithium-ion batteries. During the test, batteries are deliberately put into thermal runaway to evaluate the structural integrity of the cabinet, the temperature control on the outer wall, and the smoke evacuation. Since a European standard is still under development, VDMA 24994 currently serves as the leading standard in the industry. Insurers use this certificate as an objective benchmark when assessing fire risks and policy conditions.
Incorrect charging is one of the most common causes of battery incidents. Overcharging, using an unsuitable charger, charging at too high or too low ambient temperatures, and charging damaged batteries are the main risk factors. All of these situations can lead to internal damage of the cell, gas formation, and ultimately thermal runaway. In professional contexts where multiple batteries are charged simultaneously, the risk spread is significant: an incident with a single cell can quickly escalate into a fire in an unsecured space that is difficult to control. A certified charging cabinet with smoke detection, thermal protection, and an integrated extinguishing system significantly eliminates that risk vector.
Lithium-ion batteries fall under the ADR regulations for the transport of hazardous materials by road. Depending on the capacity (expressed in watt-hours) and the condition of the battery (built-in, loose, charged or not), specific packaging and documentation requirements apply. Batteries with a high capacity that are transported as a loose unit require a certified transport box. The risk during transport mainly lies in mechanical shocks that can cause internal damage, which can lead to delayed thermal runaway even without visible damage. Those who regularly transport larger quantities of batteries should have the applicable ADR class and exemption rules assessed by a recognized hazardous materials advisor.
Compared to traditional lead-acid batteries or nickel-cadmium batteries, lithium-ion batteries perform better on almost all technical parameters. They have a higher energy density, a longer life in cycles, a lower self-discharge rate, and better charging efficiency. Furthermore, they require little maintenance and have no memory effect. This combination of factors makes them commercially attractive for sectors such as logistics, construction, automotive, and green maintenance, where batteries are used intensively and repeatedly. The higher purchase price is usually more than compensated for by lower operating costs over the lifespan.
Within the category of lithium-ion, there are various chemical compositions, each with its own risk profile. The most common are NMC (nickel-manganese-cobalt), LFP (lithium iron phosphate), NCA (nickel-cobalt-aluminum), and LCO (lithium cobalt oxide). LFP batteries are considered the most stable variant with the lowest risk of thermal runaway, and are popular in e-bikes and industrial applications. NMC and NCA offer higher energy density but are more sensitive to damage and incorrect charging conditions. For operators of larger battery parks, knowing the battery type is a first step towards a proper risk assessment.
Thermal runaway is a self-reinforcing process in which a lithium-ion cell is compromised due to internal short-circuiting, mechanical damage, improper charging, or external heat. The cell begins to produce temperature, which accelerates the internal chemical reactions, in turn generating even more heat. This process escalates extremely quickly and can lead to intense smoke development, the release of toxic gases, and fires that are difficult to extinguish with conventional means within seconds. In a battery pack or charging cabinet without adequate compartmentalization, thermal runaway can also propagate from cell to cell, known as cell-to-cell propagation. Controlling and containing this risk is the core of what certified LOXXER cabinets do.
Safe charging starts with using a certified charger that is specifically approved for the battery type in question. Never charge at extreme temperatures: the ideal charging temperature is between 10 and 30 degrees Celsius. Do not leave batteries charging unattended in places without fire safety infrastructure, such as a wooden shed or a busy workshop. When charging on a large scale, always use a certified charging and storage cabinet that can manage thermal expansion, smoke development, and any fire. Inspections before charging are not a formality: a damaged or swollen battery should never be connected to a charger.
A lithium-ion battery is a rechargeable battery in which lithium ions move back and forth between a positive electrode (cathode) and a negative electrode (anode) during charging and discharging. This principle makes lithium-ion batteries extremely energy-dense: they store a lot of energy in a compact and lightweight format. This makes them the dominant choice for electric vehicles, tools, e-bikes, and industrial applications. The downside of that high energy density is that the battery can react dangerously if damaged, misused, or overheated, which requires a thoughtful solution for storage and charging.
In a lithium fire, water or a standard CO2 extinguisher is often insufficient: the internal chemical reaction of a cell in thermal runaway continues as long as the cell is not completely cooled down. An aerosol extinguishing system works differently: it disperses a fine aerosol of potassium and nitrogen compounds that bind the free radicals in the flame reaction and thus chemically interrupt the combustion. In a closed cabinet or container, the aerosol concentration quickly builds up to a level that extinguishes or significantly suppresses the fire, providing time to prevent further escalation. The system does not completely extinguish the chemical reaction in the cell itself, but limits the spread to adjacent cells or to the space outside the cabinet. Therefore, certified LOXXER cabinets are equipped with both a smoke detector and an integrated aerosol AF-X extinguishing system as a combined solution.
Aerosol fire suppression systems come in two main categories: condensed aerosol and non-condensed aerosol. Condensed aerosol is the most commonly applied technology in the context of lithium battery applications. Upon activation, the system generates a fine mixture of solid particles and gas that chemically interrupts the combustion process by neutralizing free radicals in the flame reaction. Systems are distinguished based on activation method (thermally automatic, electrically controlled, or manual), capacity, and the presence of integration with an external fire alarm control panel. For closed environments such as charging and storage cabinets, a compact, automatically activated aerosol system is the most logical choice.
A smoke detector detects the presence of smoke particles in the air as an early signal of fire or smoldering. The most common types are ionization detectors, which use radioactive radiation to measure changes in air composition, and optical detectors (also known as photoelectric detectors), which send a beam of light and respond to smoke particles that scatter that light. In lithium fire safety, optical detectors are generally preferred because they are more sensitive to the smoldering, slow fire characteristic of battery incidents at an early stage. In the context of a LOXXER storage cabinet or container, an integrated smoke detector is part of the multilayer security strategy: early detection provides time to act before a situation escalates.
A visibly damaged battery that is deformed, leaking, unusually warm, or emitting a strange odor should not be charged or used. Immediately isolate the battery from other batteries and flammable materials and temporarily store it in a non-flammable environment, preferably a metal cabinet or container. Contact the manufacturer or supplier for further disposal instructions. Never dispose of a damaged lithium battery in regular waste or a standard e-waste container: the risk of delayed thermal runaway remains real as long as the cell is chemically active. For professional environments: document the incident and follow the internal protocol for hazardous materials.
In Belgium and the Netherlands, the relevant guidelines refer to PGS 37-2 (storage guideline for lithium-ion batteries in a business context) and the VDMA 24994 standard for charging and storage cabinets. These standards stipulate that batteries must be stored in fire-resistant, ventilated environments with sufficient distance from other flammable materials. For large-scale storage, a fire alarm system is mandatory, and staff must have an up-to-date emergency plan. Cabinets and containers that comply with VDMA 24994 are specifically validated for managing fire and preventing spread in the event of a battery incident. It is strongly recommended to have the specific situation assessed by a specialist beforehand: the damage from a fire always far exceeds the investment in correct infrastructure.
Yes, the container is expandable with options such as a waterproof drop door, a cover tarp, and various connections for extinguishing and cooling systems. Additional tie-downs provide extra vehicle security during transport. Signage can be added for safe and recognizable use on site.
The standard immersion container has a capacity of 20 m³ and measures 6000 x 2300 x 1500 mm. These dimensions provide enough space to fully immerse most passenger cars. The container is equipped with two wheels with rubber coating for easy movement.
By fully submerging the vehicle in water, the battery temperature is quickly and evenly reduced. This interrupts the process of thermal runaway, where a damaged battery can spontaneously reignite. This keeps the situation under control even hours or days after the incident.
A submersion container is a waterproof container used to fully submerge electric and hybrid vehicles after an incident. This cools the battery pack and stabilizes the temperature, minimizing the risk of re-ignition. The container is suitable for both on-site extinguishing and safe transport and storage.
The container can be equipped with, among other things, sprinklers, an aerosol fire suppression system, smoke detection, and a fire department connection. Additional options such as frost protection and temperature-controlled lighting enhance safety during long-term storage.
The unit is standardly available in 2 m, 3 m, or 6 m, and can also be fully customized. This way, the container always meets your specific storage needs.
The container offers a fire resistance of 1 to 2 hours, with fire compartments providing up to 120 minutes of protection. This gives enough time to safely intervene in the event of an incident and minimize damage.
A walk-in container provides secure, accessible storage space for lithium-ion batteries of various sizes, larger equipment, or small electric vehicles. Thanks to advanced fire protection systems, the unit meets strict safety standards.
The container can be equipped with, among other things, a smoke detector, fire department connection, alarm system indicator, and frost protection. These options increase safety during the long-term storage of lithium batteries.
Yes, the container is fully customizable with options such as extra shelves, sprinklers, and an aerosol fire suppression system. This way, the configuration always meets your specific storage requirements.
The container offers fire resistance of 1 to 2 hours, depending on the chosen version. This provides enough time to safely intervene in the event of an incident.
A shelving container offers vertical, stacked storage, allowing a large number of batteries to be stored in a limited floor area. This makes the storage both space-efficient and safe.
The blanket weighs only 6.6 kg and comes with a carrying bag, making it relatively light and easy to handle. This allows for quick deployment in an incident.
Yes, the fire blanket has been specifically tested and designed to prevent re-ignition of lithium-ion batteries. This makes the situation safer until the device has completely cooled down.
The blanket limits the flames and stabilizes the fire area, preventing the fire from spreading further. At the same time, it reduces the spread of smoke and toxic gases.
The 3 × 4 m fire blanket is designed for medium-sized lithium-ion applications such as e-bikes, golf carts, and electric pallet trucks. This makes it ideal for use in parking spaces, schools, and workshops.
The blanket weighs only 4.1 kg and comes with a carrying bag, making it lightweight and easy to handle. This way, it can be quickly deployed in an incident.
Yes, the fire blanket has been specifically tested and designed to prevent re-ignition of lithium-ion batteries. This makes the situation safer until the device has completely cooled down.
The blanket limits the flames and stabilizes the fire area, preventing the fire from spreading further. At the same time, it reduces the spread of smoke and toxic gases.
The 2.5 × 3 m fire blanket is designed for medium-sized lithium-ion applications such as e-bikes, e-scooters, and hoverboards. This makes it ideal for use in parking spaces, schools, and workshops.
No questions found for this selection.