Electric Vehicle Fire Blanket
Professional fire blanket for electric cars, also suitable for fire departments The fire blanket for electric cars deprives the fire of oxygen. The fire cannot spread further, and collateral damage is avoided. Smoke spread is also stopped.The FireBlanket is reusable multiple times (approximately 6 times) and can be cleaned. It is very well suited for firefighting operations. It can also be used in parking garages, parking lots, shopping centers, on board ferries, etc. The fire blanket can withstand short-term peak temperatures of 1600 °C and can withstand 1100 °C for more than 50 hours. The FireBlanket Ultimate is easy for two people to use. Publicly available information on the amount of water required to extinguish fires in electric cars varies substantially. "More water is needed to extinguish fires in electric cars because the water must be directed into the battery. This can require approximately 3,000 gallons (11,356 liters) of water (directed onto the battery), as stated by electric car manufacturer Tesla in its Model S emergency information sheet." ( Source: Bavarian Broadcasting: How dangerous are fires in electric cars really? ) However, CTIF – The International Association of Fire & Rescue Services – reports from the USA: “Up to 150,000 liters of water are needed to extinguish a fire in an electric car… A US fire department recently had to use 24,000 gallons – almost 90,000 liters – of water to extinguish a battery fire in a Tesla in a parking lot. Studies suggest that even more water may be needed to extinguish fires in electric vehicles.” ( Source , translated from English) Especially in confined spaces such as underground garages and multi-story car parks, in tunnels or on car ferries , and also on highways or country roads, sufficient extinguishing water is not always available in this quantity. Even larger After the fire has been extinguished, an electric car must be placed in a water-filled cooling basin for several days to prevent it from reigniting. Note: Suitable for fires in combustion engine and lithium battery-powered vehicles. The fire blanket can withstand very high temperatures but is sensitive to sharp objects and rough handling. Therefore, the blanket must be installed carefully and without harsh, jerky movements. Delivered in a sturdy bag %20% C3 %BCber% 20Einsatz %20L% C3 %B6schdecken-Set% 20f %C3% BCr%20Elektroautos.jpg" alt="Fire blanket for electric cars Video Firefighting Fire brigade" width="800" height="454" /> We also offer fire protection ceilings for electric forklifts (in 7x7 m and 8x8 m sizes).
Electric Vehicle Fire Extinguishing Set
Integrated Concept for Firefighting in Electric Vehicles The Fire Isolator is an integrated concept designed to control fires in electric vehicles and minimize collateral damage. Fires in electric vehicles can reach peak temperatures of over 1500 °C (as demonstrated in the Fire Isolator test). Conventional internal combustion engine vehicles reach about 800 °C. By covering the burning electric vehicle with the Fire Isolator fire blanket, the fire temperature in the test dropped to approximately 600-800 °C. After using the water spray lance and aerosol device, the fire temperature fell to around 200-300 °C. If the battery of the electric vehicle is still heating up (e.g., through the use of monitoring systems) but has not yet caught fire, the Fire Isolator can be used without personal protective equipment. Once the electric vehicle is on fire, the Fire Isolator concept should only be applied using personal protective equipment and a self-contained breathing apparatus. The Fire Isolator fire blanket can be reused up to 6-7 times based on results from our own tests. The T-ISS water spray lance and penetration hammer are designed to meet the SOLAS regulations II-2/10.7.3 for extinguishing fires in enclosed spaces, such as fires in containers (including on ships at sea). However, the model is also suitable for flooding and cooling lithium batteries of electric vehicles. Here is a video about the use of the water mist lance, simulated for a container fire. Not included in the set but available from us: a immersion container / cooling pool, into which the electric vehicle must be subsequently immersed, probably for several days. Not included in the set: a thermal imaging camera. By rendering infrared radiation as visible light, firefighters can see hot spots through smoke, darkness, or heat-permeable barriers. In connection with the Fire Isolator concept, it is important to monitor the temperature beneath the blanket to determine if additional aerosol units need to be deployed. Note: Please read the operating instructions carefully before using the electric vehicle fire set!
Emergency Showers
Emergency showers, such as body emergency showers and eyewash stations for the laboratory We offer a wide range of emergency showers , e.g. Emergency tank showers : Ideal for environments with insufficient water supply. Available in heated and insulated models that can withstand extreme temperatures. Unheated emergency showers : Suitable for indoor use. Outdoor emergency showers : Models for cold and hot climates that withstand temperature fluctuations thanks to special heating and insulation. Mobile and portable body showers : Flexible use at changing work locations. Eye/face showers : Permanently installed or self-contained for quick response in case of accidents. Services and support In addition to product delivery, the manufacturer also offers comprehensive services: Project management : Tailor-made solutions for specific requirements. Installation and commissioning : Professional assembly and functional testing. Maintenance contracts : Essential and EssentialPlus contracts for regular inspections and long-term operational reliability. Rental service : For temporary needs or as an alternative to buying. Compliance with Standards and Maintenance: Emergency showers must be regularly inspected and maintained to ensure compliance with EN and ANSI standards. A good maintenance program is crucial for the reliable operation of emergency showers . Important factors when selecting the right emergency showers are the ambient temperature, the water temperature, and the location of the safety equipment. Additional equipment: Optional features such as audible alarms, lighting, and drip trays improve safety and ease of use. In extreme climates, special cooling units or heating systems are required to maintain a safe water temperature. Submit a request
eStapler Fire Protection Blanket
Fire protection blankets for forklifts – Effective protection against vehicle fires in warehouses and industry The fire blanket was specifically designed for use in fires involving lithium-ion-powered electric vehicles such as forklifts, tractors, or small transport vehicles. By depriving the vehicle of oxygen, the blanket prevents the spread of flames and smoke. It is simply placed over the burning vehicle, allowing for rapid isolation of the fire source – entirely without water or chemicals. Application is simple, quick, and requires no special expertise. Advantages of the eStapler fire protection ceiling at a glance: Rapid response in emergencies: Ready for deployment within minutes Heat and flame resistant: Designed for high temperatures and intense fires Reduction of smoke development: Improved personal safety and visibility Reusable (model dependent): Durable, robust material Compact storage: Space-saving and immediately accessible Areas of application: Hazardous materials warehouses and chemical plants Warehouses and logistics centers with forklifts and electric industrial trucks Airports , especially in ground traffic and baggage handling Mines and underground mining , where rapid action in the event of vehicle fires is essential. Production facilities with forklift operations, hazardous materials storage facilities, and parking garages with a high proportion of electric vehicles The fire-resistant blanket is ideally suited as part of a comprehensive fire protection concept and supports operational safety according to modern standards. Ensure greater safety in your workplace – with a professional fire blanket specifically designed for forklifts. Technical details for the fire protection ceiling for forklifts & electric vehicles The fire protection blanket is supplied in a robust Smartbag and is optionally available with a matching wall-mounted or steel cabinet, transport trolley, or as a backpack version – ideal for mobile use in industry, airport operations, or underground mining. Large, color-coded carrying loops ensure quick and safe handling – even under stressful conditions. Available in two standard sizes – 7 × 7 m (item no.: DD-FI-BL0707) and 8 × 8 m (item no.: DD-FI-BL0808) – the blanket is suitable for both small vehicles and large pickup trucks. Custom sizes are available upon request. Dimensions: 7 × 7 m (or alternatively on request: 8 × 8 m) Weight: approx. 33–44 kg Material: 96.6% high-purity, environmentally friendly silica fabric Heat resistance: up to +1600 °C (peak temperature) Certifications: DIN EN 13501-1 (Class A1, tested by KIWA/MPA Dresden) ASTM D6413 (HPL Engineering) NFPA 701 (SGS certified) Shelf life: no expiration date, shelf life of over 25 years when stored properly. Tolerance: Dimensional deviation ±5% due to temperature and humidity Use: reusable These technical features make the fire protection ceiling a reliable, durable and field-proven tool in professional fire protection. Submit a request We also offer fire blankets for electric cars/SUVs measuring 6 x 9 m. In addition, we offer a reusable fire blanket for firefighters, capable of extinguishing fires in electric cars and other vehicles up to 30 times .
Fire Blankets
TÜV-certified fire blankets according to EN 1869 Our fire blankets are easy to transport, store, and use. They are the ideal choice for emergency, fire prevention, and firefighting applications in various private settings such as kitchens, garages, and barbecues. Material: The fire blankets are made of high-quality fiberglass for maximum fire suppression. Available sizes: 120x120 cm and 160x180 cm CE, EN 1869-1997 (TÜV Süd) certified for quality and safety. Application: Ideal for use at home, in the kitchen, in vehicles (not for electric cars) and in various other environments.For electric cars, we offer special fire blankets for peak temperatures up to 1600°C. Advantages of our fire blankets Grease fires: Our fire blankets offer a special solution for Compact storage: Our fire blankets can be stored in a space-saving manner and are therefore ideal for use in confined spaces such as kitchens, vehicles and apartments. Rapid deployment: Thanks to their easy handling, our blankets are immediately ready for use to fight fires quickly and efficiently without wasting valuable time. Versatile applications: Our fire blankets are not only suitable for use in kitchens, but also in offices, workshops, storage rooms and other environments where fires may occur. Maintenance-free: Unlike fire extinguishers, our fire blankets do not require regular maintenance or refilling, which reduces operating costs and simplifies upkeep. Universal compatibility: Our fire blankets can be used to fight various types of fires such as grease fires, electrical fires and flammable materials, highlighting their versatility. Instructions for use of the fire blanket Place the fire blanket in an easily accessible location so that you can quickly access it in an emergency. In case of fire, you can quickly pull out the fire blanket by holding the two black straps. Unfold the blanket and hold it in front of you like a shield, as long as it's still possible to approach the fire safely in an emergency. Be sure to protect your hands as well! Carefully cover the fire with the fire blanket and simultaneously turn off the power supply or gas supply. Take additional firefighting measures until the fire is completely extinguished. DO NOT use water on oil/grease fires!!! After extinguishing the fire, allow the blanket to cool and dispose of it as a combustible waste product. Contact us today to learn more about our high-quality fire blankets and how to integrate them into your fire protection measures. We also offer larger fire blankets, e.g. for electric cars and electric forklifts, as well as fire protection pallet covers .
Fire Protection for Cables
Retrofittable fire and explosion protection for existing cables and wires With specially tested products, halogenated cables can be effectively shielded against fire and the emission of dangerous fumes can be significantly reduced – without having to replace the cables . Possible fire protection measures for cables: ✅ Cable routing in flexible fire protection conduits The fire-resistant conduit offers protection against explosions, impacts, and high temperatures and is suitable for various applications, including retrofitting fire protection measures for halogenated cables. The conduits are available in two versions: fire-resistant (FR), ideal for fresh water, seawater, and fire suppression water, and fire- and oil-resistant (FOR), suitable for liquid hydrocarbons and aggressive chemicals. Installation is quick and easy, requiring no welding or hot work, and the system is virtually maintenance-free after installation. Robust encasing of flammable cables in a flexible protective sleeve Available diameters of protective sleeves: 1 inch (approx. 25 mm ) 1.5 inches (approx. 38 mm ) 2 inches (approx. 51 mm ) 4 inches (approx. 102 mm ) 6 inches (approx. 152 mm ) %C3% BCr %20Kabel% 20and%20wires" class="btn btn-default">Submit a request ✅ Cable coating fire protection coating Prevents/delays inflammation of the cable sheathing Application options: painting, spraying or troweling. Ideal for hard-to-reach cable trays
Fire Protection Material
Industrial and maritime fire protection as well as applications in aircraft, as fire protection mats, for thermal insulation and also for soundproofing A truly excellent material for fire protection, thermal insulation, and noise protection: Not only highly temperature-resistant and very well temperature-insulating, but also very sound-absorbing and very flexible to install. Other special fire protection solutions available on request. For example, high-temperature insulation boards, high-temperature insulation foam, fleeces, high-temperature insulating wool, furnace insulation materials and thermal insulation molded parts as well as textiles, ropes and cords made of high-temperature insulating wool. Fire protection for ships: By reducing weight, designers and owners can reduce the weight of the structures, thereby increasing ship speed, saving fuel, and increasing cargo capacity. The fire protection mats are used to insulate bulkheads and decks on passenger ships and ferries, cruise ships, commercial and naval vessels as well as offshore oil platforms. The systems have been tested and comply with the requirements of the U.S. Coast Guard, now defined under IMO Res.A.754(18). Typical applications include: Steel bulkheads and decks Aluminum bulkheads and decks, including extruded thin plates (min. 2 mm thick) Vehicle loading areas, engine rooms, storage areas, etc. Numerous offshore structures with H rating Non-combustible insulation Exhaust ducts and pipes The fire protection mat offers the following characteristics: Approval by the U.S. Coast Guard for steel and aluminum structures Meets SOLAS safety requirements and the IMO FTP Code fire test requirements; Res.A.754(18) Fire protection compartmentation for high-speed craft (HSC); Res. MSC.45(65) ABS (American Bureau of Shipping) certification for steel and aluminum structures Fire protection structural insulation for bulkheads and decks Significant weight savings compared to mineral wool systems The flexible mat is easy to cut and install Contoured wrapping of multiple spars and beams Up to 50% weight savings compared to mineral wool and significant cost savings post-installation Industrial fire protection and especially for the petrochemical industry, e.g. for: Covers Acoustic insulation Storage tanks/containers Structural steel Ground flares Fire protection Fire protection for nuclear power plants Burner blocks Insulation Pipe clamps insulation Expansion joints Sealing rings Gaskets Penetrations Hot gas filtration Boilers Heat-back repair Cable trays Duct insulation Catalyst recovery Control systems Laboratory equipment Fire blankets Furnaces/incinerators Furnace linings Personnel protection Regenerative thermal oxidizers Bulkheads/fire protection walls Weld spatter protection Claddings Heat treatment Thermal insulation Special solutions for: Expansion joints Oven separation curtains (entry/exit barriers) Personnel and machinery protection Slow-cooling ceilings Weld blankets Other high-performance solutions for fire protection in aircraft etc. : Fire protection for electronics Fire protection walls/doors Insulation of aircraft equipment Sealing rings Paints/sealants/coatings/adhesives Aircraft fuselages Heat shields for aircraft Hydraulic/air lines Cable ribbons Fuel tanks Cryogenic insulation Engine blades Engine seals Automotive applications / special solutions for (car) batteries: Exhaust system insulation AGM battery separators Airbag filtration Battery insulation in electric vehicles Fire protection for lithium-ion batteries Sealing rings Diesel aftertreatment Heat shields Fuel filtration Assembly mats for catalysts Oil filtration Friction materials Start-stop batteries AGM battery separators Battery fire protection Battery insulation in electric vehicles Battery isolation Battery transport packaging Fire protection for lithium-ion batteries Start-stop batteries Thermal batteries
Fire Protection Pallet Covers
Key features of the fire protection hood for pallets The fire protection cover for pallets is suitable for Euro pallets, industrial pallets, special pallets as well as for custom-made covers/hoods and offers the following advantages: Extremely heat resistant: Withstands peak temperatures of up to 1700 °C and can withstand temperatures of 1200 °C for extended periods. High-quality material: Made from 96.6% high-purity silica with double-sided silicone coating for maximum durability. Reusable: Up to 30 uses possible, easy cleaning after use. Easy to use: Equipped with colored loops for quick and safe use by two people. Versatile in its applications. Applications of fire protection covers for pallets %202025-06-13% 20160836.png" alt="Lithium battery storage blankets, pallet covers and fire blankets" width="516" height="109" /> The pallet covers can be used as fire protection in the following areas, for example. Storage and logistics halls hazardous materials warehouse Battery storage (e.g., lithium-ion batteries) Recycling centers E-commerce fulfillment with electronic goods Military depots, arsenals, ammunition depots, explosives depots and weapons storage facilities Airport facilities & taxiways Vehicle depots and maintenance areas for tanks, drones and military vehicles Transport protection of dangerous military equipment
Fire Protection Signs
Fire safety signs, such as the fire extinguisher symbol, according to DIN EN ISO 7010 / ASR A1.3 Fire safety signs in various materials (film, aluminum composite, plastic, as angle signs or flag signs) and sizes (100 mm x 100 mm, 150 mm x 150 mm, and 200 mm x 200 mm) Fire safety signs mainly indicate fire detectors, fire ladders, or fire-fighting equipment, such as fire extinguishers or fire blankets, by means of symbols/pictograms and directional arrows. It is also possible to combine these signs with a directional indicator. Directional signs alone are not permitted.
Fire Protection Waste Bin
Waste Bin with Built-in Fire Protection Round waste bin with flame suppression head Made of steel with scratch-resistant epoxy coating TÜV certified Available capacities: 15 liters (H x Ø: 375 x 260 mm), 30 liters (510 x 315 mm), 60 liters (662 x 375 mm) Colors: Black, Grey
Fire Service Signs
Have fire service signs individually printed, e.g. "Fire service access" or "Fire service approach zone" DIN 4066 regulates the marking of escape routes and emergency exits to ensure rapid orientation in emergencies. It defines the design of information signs for the fire department. Fire department signs according to DIN 4066 are therefore used to identify facilities for the fire department, such as fire hydrants, access points, or standpipes. Here are some sample texts for different types of signs, which you can have custom printed by us : 1. Fire hydrant and fire water signs "Hydrant" (for above-ground or underground hydrants) "Firefighting water extraction point" "Suction point" "Fire extinguishing fountain" " Firefighting water cistern " "Water extraction for the fire brigade" "Firefighting water tank" 2. Riser pipes and wall hydrants "Wet riser pipe" "Dry riser" "Firefighting water connection" "Wall hydrant" "Firefighting water pipe DN XX" "Water shut-off valve" "Shut-off valve" "Sprinkler system supply" 3. Fire department access points and routes " Fire brigade access " "Fire department access – keep areas clear!" "Fire department access – no parking" "Keep fire lane clear at all times" "Fire truck access" "Space for the fire department" "Fire brigade staging area" "Emergency exit for fire department" "Fire department access zone" "For firefighters only" 4. Fire department key depot, operating equipment & fire department plans "Fire Department Key Depot (FSD)" "Firefighter key box" "Firefighter control panel" "Firefighter elevator" "Fire emergency control – For fire brigade use only" "Fire department plans" "Firefighter route maps" Special text template for fire department signs Buildings & General "BMZ EG – Access Courtyard Side" "BMZ Technical Room 2nd Floor" "Firefighting water supply UG – access to underground parking garage" "Fire brigade control panel, main entrance, right" "Firefighting water only available with fire brigade connection" "Close fire door – Do not place any objects here!" "Fire door" "Do not use the elevator in case of fire" "Fire brigade access – barrier opens automatically" "Firefighter access – key in FSD 1234" "Underground parking garage: Sprinkler system active" "Sprinkler control center" "Fire alarm" "Fire extinguisher" "Fire extinguisher for electrical fires" Train "Fire service route maps in the signal box" "RWA control system, operating room, track 3" "Emergency access for firefighters – key in the signal box" "Overhead line 15 kV – shutdown only of the operating line!" "Fire brigade access – access to maintenance track 5" "Firefighting water connection tunnel portal" "Battery-powered fire extinguishing system – CO₂ automatic" "Fire department telephone for tunnel emergencies here" Airports "RWA control system Terminal Hall B-12" "Firefighter access to the runway – authorization required" "Aircraft refueling – fire hazard!" "Water extraction for airfield fire trucks" "CO₂ extinguishing system baggage handling system" "Fire Department Emergency Telephone Hangar 3" "Do not use the elevator in case of fire – use the stairs in sector D5" "Fire extinguishing foam system automatically activated" "Smoke flap" German Armed Forces "Keep fire lane clear – military area" "Ammunition depot – No fire/sparks!" "Automatic CO₂ extinguishing system!" "Fuel storage – risk of explosion!" "Fire department key in the station building" "BMZ in the command post" "Firefighting water fountain here" "Fire engine parking space Sector C" "Fire brigade operations room Bunker 2" Energy supplier "High voltage! Extinguishing only with fire department permission" "BMZ operating room A-17" "RWA control system turbine hall" "Transformer – Only approved extinguishing agents!" "Danger of gas leak! No fire/sparks" "Keep fire lane Gate 3 clear" "Firefighting water only available via special connection" "Emergency stop generators, technical room 2" "Fire service route maps in the control room" Solar systems "Attention! PV system feeds power during power outages" "Fire brigade emergency shutdown PV system here" "DC switch fire department - technical room" "Firefighting water connection battery storage" "PV system – extinguish only from a distance!" "Battery storage CO₂ fire extinguishing system" "Solar inverters – Authorized only" "BMZ Solar Park Operations Building" "PV emergency switch" Lithium batteries Storage & Production "Warning! Lithium batteries – fire/explosion hazard!" "Only approved extinguishing agents – No water!" "Lithium battery storage – follow the deployment plan!" "Sprinkler system with special extinguishing agent" "Temperature monitoring active!" "Battery storage – No damage!" "No sparks – risk of explosion!" Battery storage "Battery storage – automatic CO₂ extinguishing system!" "Lithium batteries – Toxic fumes possible!" "Emergency shutdown of battery storage here" "Fire service route maps, technical room" "High voltage! Battery powers even without a grid!" Electric vehicles & recycling "Electric vehicles – secure against battery fires!" "Firefighting container for electric vehicle fires here" "High-voltage batteries – only qualified personnel!" "Recycling lithium batteries – fire hazard!" "Special extinguishing agents required – No water!" List of abbreviations for fire department signs Note: Abbreviations should be avoided whenever possible to prevent misunderstandings in case of emergency! abbreviation Meaning BMZ Fire alarm control panel BMA Fire alarm system FSD Fire department key depot RWA Smoke and heat extraction system CO₂ Carbon dioxide (extinguishing agent) DC Direct Current PV Photovoltaics UG basement EC Ground floor OG Upper floor HV High voltage Fire hydrant posts and fire hydrant signs are essential elements of firefighting and safety precautions. They serve to indicate the precise location of fire hydrants, water supply points, emergency exits, and hazardous areas to fire engines and emergency personnel. The connection between these two elements lies in their function of ensuring the visibility and accessibility of critical points in an emergency. Submit a request
Fire Water Tank
Flexible fire water tanks and storage tanks, e.g. with a volume of 100 m³ The advantages of above-ground flexible storage tanks for firefighting water are: Quick, easy and immediate installation. Significantly lower investment costs than concrete or steel cisterns or underground fire water tanks No maintenance or intervention required. Freestanding. Constant water level: No evaporation or loss of volume. Can be used temporarily or permanently depending on the fire protection concept. Mobile and reusable at changing locations Clean water without microalgae or larval growth due to the absence of light and air pockets. No air pockets, therefore no oxidation problems. No light penetration, no contamination: The water always remains perfectly clean. (Upon request, we can also supply residue-free evaporating spray cleaner for degreasing, as well as elastic adhesive and drinking water-safe silicone grease from WEICON.) Areas of application for fire water tanks Fire brigade deployment sites (e.g. forest, industrial and large fires) Firefighting water reserve for industrial, logistics and commercial enterprises Temporary fire water supply on construction sites Supplementing or replacing missing fire hydrants in rural areas Energy plants, substations, PV and wind farms Events with fire safety regulations Technical features of the foldable fire water tank Robust, multi-layered high-performance plastic (PVC / PE) UV, frost and weather resistant Suitable for large water volumes as a fire water reserve With Storz A or B connections , suction and filling nozzles Suitable for pump operation and fire water supply The closed design reduces contamination and evaporation. Fire water tanks for fire protection & authorities The collapsible fire water tank is suitable as a component of fire protection and fire water concepts that comply with official regulations. It can be used as a temporary or permanent fire water container , a replacement solution , or an additional reserve – e.g., during renovations, changes of use, or temporarily increased fire water demand.Note: Recognition as a fire water reserve is dependent on the project and the authorities. Coordination with the fire department, fire protection planner, or permitting authority is recommended. Folding tanks as an alternative to fire ponds The collapsible tank system is closed, meaning that, unlike fire ponds, there is no risk of drowning for children. Furthermore, the closed design prevents silt accumulation, significantly reducing maintenance. Extensive upkeep is unnecessary, making maintenance simple and cost-effective. Technical specifications: The fire protection reservoir offers a reliable and adaptable solution for storing fire-fighting water. It is available in various sizes and can hold a volume of up to 2000 m³. Its design allows for quick and flexible installation. The reservoir is designed for a wide temperature range from -30°C to +70°C. This means the cisterns can be used reliably in extreme sub-zero temperatures down to -30°C as well as in hot summer temperatures. Even in freezing conditions, the water inside the fire-fighting cistern remains liquid and ready for use. There are three connection options for the foldable fire water storage tank: Mobile, above-ground version for direct extraction with suction connection / shut-off valve for mobile collapsible tank with Storz A coupling (e.g. for temporary use or the risk of forest fires in summer) – with an additional optional heat-insulating valve heat protection sleeve that prevents the outlet valve from freezing at moderate sub-zero temperatures. Forest-free version with hydrant and suction connection with Storz-A connection ND100 according to DIN 14244 (with underground, dry pipeline to the hydrant) Frost-free version with connection to customer-provided underground pipeline The frost-proof, underground extraction point (connection option 2 with hydrant or connection option 3 with customer-provided underground pipeline) ensures a reliable water supply at all times, regardless of the current weather conditions. Available size of fire water tanks The fire water tanks are available in the following sizes - typically ordered sizes for fire water tanks are 30 m³, 50 m³ or 100 m³. Volume (m³) liter Length (m) Width (m) Height (m) 1 m³ 1,000 l 2.47 1.48 0.50 5 m³ 5,000 l 3.55 2.96 0.75 10 m³ 10,000 l 5.83 2.96 0.90 15 m³ 15,000 liters 4.77 4.44 1.10 20 m³ 20,000 liters 5.83 4.44 1.20 25 m³ 25,000 liters 6.63 4.44 1.30 30 m³ 30,000 liters 7.95 4.44 1.30 40 m³ 40,000 liters 8.53 5.44 1.30 50 m³ 50,000 liters 8.53 5.92 1.45 70 m³ 70,000 liters 9.22 7.40 1.50 100 m³ 100,000 liters 9.83 8.88 1.60 120 m³ 120,000 liters 11.70 8.88 1.60 150 m³ 150,000 liters 14.10 8.88 1.60 200 m³ 200,000 liters 15.59 10.36 1.60 250 m³ 250,000 liters 16.66 11.84 1.60 300 m³ 300,000 liters 17.47 13.32 1.60 400 m³ 400,000 liters 20.50 14.80 1.60 500 m³ 500,000 liters 22.94 16.28 1.60 600 m³ 600,000 liters 24.93 17.76 1.60 700 m³ 700,000 liters 26.60 19.24 1.60 750 m³ 750,000 liters 28.41 19.24 1.60 800 m³ 800,000 liters 30.22 19.24 1.60 900 m³ 900,000 liters 31,36 20.72 1.60 1,000 m³ 1,000,000 liters 34.70 20.72 1.60 Special sizes up to 2,000 m³ with a maximum height of 1.6 m and intermediate sizes of 10 are available on request. The collapsible tanks store water (potable/non-potable), wastewater, fire-fighting water, fuel, and all types of liquids. These fire-resistant reservoirs are constructed from advanced technical fabrics that offer exceptional reliability and durability. Optimized for flexible use with large storage volumes, these fabrics can accommodate volumes of up to 2,000 m³. These unique storage systems offer high resistance and reliability.
Fire-Resistant Sealant
Permanently elastic adhesive and sealant with a fire resistance of up to 120 minutes This paintable, SMP-based sealant is characterized by very low volume shrinkage. Tested and classified for all joint orientations according to EN 1366-4 . Its very low emissions allow for safe indoor use. It adheres very well even to powder-coated, painted, galvanized, anodized, chromated, and hot-dip galvanized surfaces. It is suitable for use on metal, plastics, concrete, and wood . This adhesive and sealant can be used in a wide range of applications. Thanks to its high permanent elasticity of 20%, it accommodates structural movement. It is suitable for fire barriers and covers, for joints in non-load-bearing components with fire resistance requirements, for connection joints, and for sealing cable ducts, pipe penetrations, and housings . This fire-resistant sealant meets many regulations from authorities and public administrations, as the use of special fire protection products is mandatory for new construction, renovations, and refurbishments of hospitals, schools, administrative buildings, airports, train stations, shopping centers, libraries, etc. Furthermore, it can also be used in many industrial sectors, such as vehicle and body construction, container construction, apparatus and fitting construction, the energy and electrical industry, insulation and soundproofing technology, and plastics technology .
Firefighter/Fire Protection Safety Sign
Safety Signs for Fire Protection and Fire Services Signs for fire protection are available in the following materials: Foil, photoluminescent foil, 2 mm aluminum composite panel, 2 mm photoluminescent aluminum composite panel, 1 mm plastic, 1 mm photoluminescent plastic
Flame Retardant
Eco-friendly and Biodegradable Flame Retardant for Porous Plastics, Textiles, Wood, etc. Fire protection is an essential element of safety. Fires can lead to fatalities, injuries, and property damage. The risk of fire can be reduced by flame retardants, which treat flammable materials to prevent or delay fires. They slow down the combustion process, which in turn reduces the release of heat, smoke, and toxic gases. This delay provides valuable time in the early stages of a fire to enable rapid firefighting or safe evacuation. The Problem of Conventional Flame Retardants Conventional flame retardants often contain chemicals such as bromine and chlorine, which can negatively impact the environment. These chemicals can enter the air, water, and soil, causing long-term ecological damage. Especially in plastics, conventional flame retardants can cause the material to become porous and lose its structural integrity, potentially compromising fire safety. "Flame retardants are intended to reduce the flammability of objects and thus delay the onset of fires. However, some commonly used flame retardants can be toxic to the environment and health. They are widespread and detectable both indoors and in nature." (Source: Federal Environment Agency, Flame Retardants in Products) The Advantages of Eco-friendly Flame Retardants Eco-friendly flame retardants offer a range of benefits that make them an attractive alternative. They are often based on biodegradable materials. These materials are less harmful to the environment. Biodegradability: A Crucial Factor for Sustainability A key aspect of eco-friendly flame retardants is their biodegradability. Unlike conventional flame retardants that can accumulate in the environment for years, biodegradable flame retardants decompose over time without leaving harmful residues. This property is especially important when it comes to fire protection for wood or textiles, as these materials often end up in nature and are broken down there. The flame retardant is even suitable for wildfire suppression. Applications of Eco-friendly Flame Retardants Eco-friendly, halogen-free flame retardants are already used in a variety of applications. From building materials, wood, textiles to porous plastics – the possibilities are diverse. Companies that rely on eco-friendly flame retardants not only demonstrate their commitment to sustainability but can also benefit from a positive image. Especially halogen-free flame retardants are gaining increasing importance as they contain no brominated flame retardants and are therefore less environmentally harmful. Fire Protection for Textiles Textiles are present in many areas of daily life and therefore require effective fire protection measures. Eco-friendly flame retardants offer a solution that reduces both safety risks and environmental impact. They can be applied to clothing, curtains, carpets, and other textile products without leaving harmful residues. The flame retardants are applied to both hydrophilic textiles such as cotton, viscose, linen, wool, and rayon, as well as hydrophobic textiles such as polyester, polyacrylonitrile, polyamide, polypropylene, polyethylene, and their blends. Fire Protection for Furniture and Leather Furniture and leather also represent important application areas for eco-friendly flame retardants. By integrating these agents into manufacturing processes, furniture and leather products can offer enhanced fire safety without harming the environment. These solutions are especially important as furniture and leather goods are often used in residential and work environments. Fire Protection for Wood and Cardboard Fire protection of wood, wooden constructions, and cardboard is crucial for the safety of buildings and packaging. Eco-friendly flame retardants can be used in wood preservatives, wood coatings, and cardboard packaging to ensure effective fire safety while avoiding the release of harmful chemicals into the environment. Wood products such as flooring, wall and ceiling panels, roofs, beams, or columns are versatile building materials. Wood-based materials are widely used indoors in residences, entire wooden houses, public buildings, and vehicles. Flame retardants reduce the likelihood of fire, impede the spread of flames, slow the initial burning rate, and thus help extend the time until flashover, providing occupants more time to escape. The flame retardants are applied for fire protection of softwoods like pine, fir, linden, ash; hardwoods like oak, beech, cherry; and wood-based products such as particle boards, fiber-based wood materials, MDF, OSB, plywood. The wood materials impregnated with flame retardants are classified according to DIN 4102, BDS EN ISO 11925-2, BDS EN ISO 9239-1, and EN 13823:2010 as "Class B1", "Class Bfl-s1" and "Class Bs2,d1". Fire protection of corrugated cardboard material is performed "on site" by application with brush or roller. Fire Protection for Insulation, Polystyrene, and PU Foams Insulation materials such as wadding (e.g., cotton or fiber materials), polystyrene, and polyurethane foams (PU foams) play an important role in building fire protection. Eco-friendly flame retardants can be integrated into these materials to increase fire safety without harming the environment. These solutions help improve the safety of buildings. Fire protection for polystyrene is performed by application with brush or roller, spraying, and by plasma-assisted impregnation methods. The flame-retardant materials are dried at room temperature of about 20°C. As Extinguishing Agent Additive in Sprinkler Systems, Fire Foam, Fire Extinguishers, and for Wildfire Fighting Besides passive fire protection measures such as flame retardants, active systems such as sprinkler systems also play an important role in fire protection. By combining eco-friendly flame retardants with modern sprinkler systems, more effective fire protection solutions can be developed to ensure building safety. The flame retardant can also be added to fire foams for use, for example, in wildfire fighting. Further Examples from Numerous Completed Projects in Fire Protection Public buildings, such as parliament, universities, sports stadiums, youth and children’s centers, administrative buildings, community centers Theaters and opera houses Circuses Monasteries and churches TV studios and radio studios Hotels Restaurants Entertainment venues Transportation means, such as railways and airplanesThe textile materials impregnated with flame retardant comply with the fire test requirements according to European and international standards EN ISO 6941 for textile materials. Furthermore, treated materials for aircraft meet fire test requirements of European and American regulations according to JAR (FAR) § 25.853 (materials for aviation). Technical Description of the Offered Flame Retardant Our offered flame retardants consist of phosphorus and nitrogen salt solutions. Their effectiveness varies depending on the treated materials, with various surfactants such as anionic, cationic, amphoteric, non-ionic surfactants or combinations thereof added. These flame retardants are suitable for treating hydrophilic and hydrophobic porous polymers, providing versatility across different materials with varying physical and chemical properties. The effectiveness of the flame retardant is based on the synergistic interaction between its phosphorus and nitrogen components. Even in small quantities, the product exhibits significant flame retardant effect when applied to porous polymers. Moreover, the flame retardant is pH-neutral, making it non-corrosive and non-irritating. The neutral pH of the flame retardant solution contributes to stability during storage, even under freezing conditions, and ensures chemical stability over time. Additionally, the halogen-free composition of the flame retardant eliminates the formation of halogen gases during combustion, thus meeting safety and environmental protection objectives. Flame retardant can be applied by the following methods: Dipping Spraying Rolling Padding impregnation Plasma-assisted impregnation Brushing Pressure impregnation (in autoclave), if specifically requested. Conclusion: Eco-friendly Flame Retardant as Modern Fire Protection Eco-friendly and biodegradable flame retardants offer a promising solution for the fire safety challenges of the 21st century. By switching to sustainable alternatives, we can protect not only the environment but also the health of humans and animals. It is up to us to support these innovative solutions and shape a sustainable future. Submit Inquiry P.S. Seeking Large Manufacturer for Flame Retardants We are looking for a partner in a larger chemical company as a manufacturer for large quantities of the flame retardant and for worldwide distribution. The goal is to establish an even larger production plant.
Professional Fire Blanket for Fire Department
Reusable fire blanket for electric vehicles – professional equipment for fire departments and rescue services MPA Dresden GmbH in Dresden is a testing laboratory for fire extinguishing agents and equipment and has conducted a fire behavior classification according to DIN EN 13501-1:2019-05 for the fire blanket for electric cars. It was rated as A1, meaning non-combustible. The report is available upon request. How to use the fire blanket: Simply pull it over the burning vehicle to contain the fire and heat. Prevents the fire from spreading and reduces smoke and toxic emissions. 🔥 Possible uses of the fire brigade fire blanket for electric vehicles: Fire brigade operations at vehicle fires For the rapid isolation and containment of lithium-ion fires in electric cars and hybrids. Workshops & Testing Stations Fire protection measures when working on high-voltage vehicles or during charging/unloading. Breakdown services & towing companies Securing damaged or overheated electric vehicles during transport or recovery. Parking garages & underground parking facilities Preventive protection in case of fire in enclosed areas with limited ventilation. Charging stations & charging parks Emergency measure in case of thermal runaway during the charging process. Motorway service areas & tunnel facilities Mobile first-response solution for vehicle fires in hard-to-reach or sensitive areas. Airports & Logistics Centers Protection of fleet vehicles and security equipment in high-traffic areas. Industrial companies & fleet operators Security measure for company-owned electric vehicles or storage areas with battery technology. Recycling plants and waste collection facilities of all kinds - not just specifically for lithium batteries Lithium batteries may be mixed into the recycled material and regularly cause millions of dollars in fire damage, e.g., examples from Switzerland with disposable cigarettes (so-called e-vapes). What can be extinguished with a fire blanket? The ULTRA fire blanket is a versatile tool for fighting fires in various scenarios, especially where lithium-ion batteries are involved. It offers an effective method for isolating and controlling fires to minimize damage and increase safety. 🔥 Further uses of the ULTRA fire blanket Fires involving vehicles with combustion enginesThe blanket can be used effectively to insulate and contain fires in vehicles with conventional combustion engines. Fires involving e-bikes, e-scooters and other small vehiclesThe fire blanket is suitable for controlling fires in smaller electric vehicles such as e-bikes and e-scooters. Fires in forklifts and other industrial equipmentIn industrial environments, the blanket can be used to fight fires in electrically powered equipment such as forklifts. Fires involving stored lithium-ion batteriesThe blanket can be used to isolate fires in stored lithium-ion batteries and prevent them from spreading. Fires in parking garages, underground car parks and on ferriesDue to its size and flexibility, the blanket is particularly suitable for use in confined spaces such as parking garages, underground car parks and on ferries to quickly control vehicle fires. As an improvised mobile emergency fire wall, e.g. for additional shielding in forest fires or fires (off-label use not approved by the manufacturer!) Secure your innovative ULTRA fire blanket for professionals now – for maximum safety in electric vehicle fires. 👉 %B6schdecke% 20f %C3% BCr%20Feuerwehr" class="btn btn-default">Request a quote now!
Protective Sleeve for Cables and Pipes
Protective conduits for cables, pipes and conduits – flame-retardant & explosion-proof The protective conduits encase power, control, and data cables, as well as supply and district heating pipes , forming an additional protective layer against external and internal hazards. They are designed to inhibit fire spread , dampen pressure and splintering effects , and maintain the functionality of critical lines for as long as possible, even under extreme stress. The technology was originally developed for offshore applications where saline atmospheres, harsh weather conditions, high safety requirements, and limited maintenance options converge. These requirements have led to a solution that is now particularly well-suited for critical energy, transportation, and utility infrastructures . Protection against attacks and sabotage on lines and cable routes The increasing threat of attacks and sabotage on power, railway, and utility lines presents operators with new challenges. Freely accessible cable routes, overhead lines, shafts, and transfer points are potential targets where even minor actions can cause significant supply disruptions and consequential damage. Flame-resistant, explosion-proof protective hoses help to limit the impact of targeted fire or explosion events, reduce the spread of fire and pressure, and significantly increase the resilience of critical networks . Key features of protective conduits for pipes, tubes and cables Flame-retardantReduces fire spread along cables, pipelines and routes and limits secondary damage in fire incidents. Explosion-proof designDesigned to dampen pressure waves, splinters and sudden energy impacts resulting from short circuits, fires or external influences. Comprehensive pipe and conduit protectionSuitable for: Power and control cables Data and communication lines District heating and supply pipes Transition points, joints, routes and sensitive network nodes Mechanical and thermal protectionHigh resistance to: mechanical damage Vandalism and external influence Heat, sparks and thermal stress Retrofittable and low-maintenanceCan be used in existing systems without extensive structural modifications; low maintenance requirements over the life cycle. Suitable for demanding operating environmentsIndoor and outdoor areas, industrial environments, tunnels, shafts, substations and transfer stations. Typical applications of protective hoses Electricity transmission and distribution networksSubstations, transformer stations, cable routes, above-ground and underground cable routes Rail and railway infrastructurePower, signal and control lines, signal boxes, tunnel and bridge areas Urban infrastructureShafts, underpasses, technical rooms, traffic junctions Critical energy facilitiesPower plants, district heating transfer stations, feed-in and network nodes Industrial and chemical plantsAreas with an increased risk of fire or explosion Offshore and coastal infrastructureOffshore platforms, substation platforms for offshore wind, landing stations Security and defense infrastructurePolice, armed forces, navy, logistics and command infrastructures, including on ships Data centers and IT infrastructure Power supplies, UPS lines, generator and cooling connections Benefits for operators and network managers Increased operational reliability and resilience Reduction of downtime and consequential damage Contribution to fire, explosion and sabotage prevention Support for security, critical infrastructure and risk management strategies
Smoke Detector Test Spray
Spray for Smoke Detectors The smoke detector test spray can be used in all areas where photoelectric smoke detectors are employed – for example, in industrial plants, public facilities, or private residences. By using smoke detector test spray, the detectors do not become soiled, as the spray evaporates completely without leaving any residue.
SOLAS Safety Products
Comprehensive range of marine SOLAS-certified products For the protection of crew and passengers on ships, we offer a wide range of tested and certified SOLAS products. All items meet legal safety requirements and impress with their superior quality, reliability, and excellent value for money. Certificates and technical data sheets are available. Whether lifebuoy lights, life jacket lights, release hooks, hydrostatic release devices, emergency breathing apparatus or ladder fixings – our range offers the right safety solution for every need. Certified safety products for maritime use All SOLAS-certified safety products meet the highest standards in terms of design, material quality, and functionality. They are rigorously tested to reliably withstand extreme weather conditions, rough seas, and emergency scenarios . The most important product categories at a glance: 1. Rescue equipment & personal protective equipment (PPE) Life jackets for adults, children and special requirements (e.g. for working on deck) Lifebuoys with throwing line and lighting for the rapid rescue of people who have fallen overboard Swimming aids and protective suits for cold weather protection, offshore operations and extreme conditions Emergency thermal blankets to prevent hypothermia after a rescue 2. Life rafts & evacuation systems SOLAS-certified life rafts for merchant ships, offshore platforms and yachts Automatic and manually triggered life rafts with survival equipment Lifeboats and high-speed rescue boats with high stability and resistance Evacuation systems for quick and safe disembarkation in emergencies 3. Fire and explosion protection on board Portable and permanently installed fire extinguishers for different fire classes Fire blankets and extinguishing granules for fighting small fires Respiratory masks and smoke hoods for evacuation in smoky areas Firefighting systems using CO₂, foam or powder extinguishing agents 4. Emergency lighting & signaling equipment SOLAS-certified distress signals (hand flares, signal rockets, smoke signals) Emergency lighting and escape route signs for orientation during power outages Flashing lights and lifebuoys for marking rescue equipment in the water Gas signal horns & fog horns for acoustic warning signals 5. Leak sealing & emergency repairs Sealing materials & emergency repair kits for leaks in pipes, tanks or flanges High-strength sealing tapes and emergency putty for quickly sealing cracks Magnetic leak sealants and plugs for sealing metallic surfaces Selected SOLAS products for maritime use Rescue and evacuation equipment Lifeboat release hook – Safe and controlled launching of lifeboats. Repair kits for lifeboats – Comprehensive kits for quick emergency repairs. Asbestos safety kits – protective sets for the safe handling of hazardous materials. Emergency equipment for helicopter crashes – specifically for air rescue operations at sea. Rescue hook – Designed for the quick and safe rescue of people. Fire protection & respiratory protection equipment Emergency Respiratory Protection Devices (EEBD) – Lifesaving respiratory protection systems for evacuations. Fire service plan container – Secure storage for operational and evacuation plans. Self-contained breathing apparatus (SCBA) – Indispensable for firefighting operations and rescue operations. In addition, we offer fire blankets for fires involving electric cars or their lithium batteries, e.g. for car ferries or RoRo ships . Leak sealing & hydrostatic triggers Emergency Leak Sealing and Repair Kits (ELS Kits) – Rapidly deployable solutions for damage limitation. The repair kit is a complete emergency set that allows for an immediate response to leaks. Whether on flanges, pipes, or even leaking barrels – this kit allows leaks to be sealed quickly and efficiently . (We also offer a large marine emergency repair kit from WEICON .) Hydrostatic release devices (HRU) – Automatic deployment of life rafts in an emergency. Visibility and lighting systems Lifebuoy and life jacket lights – Water-activated LED lights for maximum visibility. Electric escape route lights – Illuminated emergency exit markers for safe orientation. Access solutions & ladder fixings Entry ladders & pilot ladders for ships – SOLAS-compliant solutions for safe access on board. Magnetic ladder fixings – High-strength magnetic solutions for slip-proof fixation in rough seas. Pneumatic ladder supports – Flexible and fast securing solutions for all applications. Advanced maritime security solutions Pneumatic throw lines – Effective rescue tools for rapid line deployment. Lifeboat and liferaft hooks – Safe lifting and lowering mechanisms for rescue equipment. Rolldown cassettes – protective systems for optimized visibility in emergencies. Compliance with international regulations & highest quality standards All SOLAS-certified safety products comply with international regulations and standards, including: ✅ IMO (International Maritime Organization) ✅ MED (Marine Equipment Directive) ✅ USCG (United States Coast Guard) standards ✅ ISO certifications for rescue equipment and fire protection The products are regularly inspected and tested to ensure consistently high quality and maximum safety at sea . Conclusion: Safety at sea begins with the right equipment. SOLAS Maritime Safety Products offer a comprehensive safety solution for merchant ships, cruise ships, offshore installations, yachts, and fishing vessels . From life jackets and fire extinguishers to life rafts, every product is designed to save lives and minimize risks in emergency situations. Discover our full range of SOLAS-certified safety products in our IMO online catalog . Contact us for expert advice or request a printed copy of our product overview. Optimal safety at sea begins with the right equipment!
Spill Containment Pans for Transformers
Self-extinguishing transformer oil collection trays, also for retrofitting The transformer oil containment tray offers full compliance with EN 61936-1, AS2067, REACH and RoHS requirements. It is an alternative to concrete pits or tanks when the ground is unsuitable or a rapid solution is needed: areas where excavation is difficult, rising groundwater, tight deadlines, etc. We also offer the refurbishment, maintenance, and sealing of existing old oil containment trays for transformers . At the same time, a self-extinguishing fire protection system can be retrofitted. Patented self-extinguishing transformer fire protection system, also suitable for retrofitting existing concrete tanks Transformer fires pose a significant challenge for firefighters due to the flammable transformer oil and the associated risk of explosion . Such fires can lead to massive consequential costs due to prolonged power grid outages.Instead of using expensive automatic (firefighting) cannons to "shoot sparrows," our patented self-extinguishing containment trays, by design, smother the fire. The transformer oil flows through narrow gaps in the tray's intermediate floor, and any fire underneath is extinguished on its own. Our transformer containment trays allow the flames to extinguish naturally without the risk of reignition.In addition to modular, self-extinguishing containment trays for transformers, we also offer the transformer fire protection system for concrete trays housing high-voltage electrical transformers (63 kVA to 400 kV). The globally unique patented fire protection system can also be used to retrofit existing concrete troughs for transformers! Why are self-extinguishing containment bunds important for transformers? Self-extinguishing containment trays for transformers prevent costly and dangerous fire brigade operations involving burning transformer oil and protect surrounding equipment from damage and consequential damage (e.g., from extinguishing water). The self-extinguishing transformer oil containment trays with integrated fire extinguishing system for electrical transformers enable the rapid drainage of dielectric substances into the tray and the natural extinguishing of flames. Suitable for transformers (between 10 and 100 MVA), neutral point coils (between 300 and 1000 A), capacitors, compensated impedance transformers, autotransformers, auxiliary transformers, and frequency feed-in transformers. "When transformers or substations catch fire, firefighting is always a very delicate and difficult matter. Since water conducts electricity, it is not a suitable extinguishing agent and is even prohibited in some cases . For example, if a solid jet of water hits live parts, the voltage could arc and thus injure or even kill the firefighter." (Source: EmiControls - Fire protection in substations and at transformers ) "Extinguishing power transformer fires is complex and can be very time-consuming. This was particularly evident in the fire involving a 500 megavolt-ampere (MVA) transformer in Abu Dhabi on April 17, 2014. Due to the size of the transformer and the burning, leaking transformer oil, the scene was not fully under control until April 19, 2014. One of the most common causes of transformer fires is the loss of the oil's dielectric properties. This can lead to the formation of an electric arc. Part of the oil filling evaporates within milliseconds. The pressure increase destroys the transformer casing, and the burning oil escapes." This is also known as "thermal runaway" .... The particular challenges for firefighting are Extensive liquid fire in the transformer's containment area. The transformer oil continues to flow, burning. The system is still under high voltage The heated metal parts and burning solid materials can cause the liquid fire to reignite. The transformer is usually difficult to access . (Source: Berlin Fire Department: Research project) AERIUS: Fires at high-voltage power plants & Oil transformers Frequently Asked Questions (FAQ) – Transformer Oil Containment Bunds, Berms & Tanks 1. What is a transformer containment bund? A transformer containment bund is a secondary containment system designed to retain insulating oil or other dielectric fluids released from a transformer due to leakage, failure, or maintenance activities. Bunds prevent oil from spreading into soil, groundwater, or drainage systems and are a key element of environmental protection. 2. What is the difference between a bund, a berm, and a containment tank? The terms are closely related but often used differently depending on region and application: Bund: A rigid or modular enclosure, commonly steel or concrete, surrounding a transformer. Berm: A raised barrier or flexible containment system, often used for temporary or retrofit applications. Containment tank / basin: A closed or semi-closed oil retention structure designed to collect large volumes of transformer oil. All serve the same purpose: secondary oil containment. 3. Why is oil containment required for transformers? Transformer oil containment is essential to: prevent environmental contamination, comply with water and environmental protection regulations, reduce cleanup costs and liability, support transformer fire safety by controlling oil spread. Oil-filled transformers without containment represent a significant environmental and fire risk. 4. Which transformers require bunds or containment systems? Containment bunds, berms, or tanks are typically required for: medium-voltage transformers, high-voltage transformers, power transformers rated approx. 10–100 MVA, oil-filled transformers in substations, solar plants, wind farms, and industrial facilities. The decisive factor is oil volume, not only transformer rating. 5. How is the required containment capacity determined? Containment systems are usually designed to hold: 100% of the transformer’s total oil volume, sometimes plus additional freeboard for rainwater or firefighting fluids. Local regulations, site risk assessments, and authority requirements may define the exact sizing. 6. Are containment bunds part of transformer fire protection? Yes. Bunds and containment basins are an important component of transformer fire mitigation. By retaining spilled oil, they: reduce pool fire formation, limit fire spread to adjacent equipment, support passive fire protection strategies. Some systems are specifically designed to enhance oil fire suppression behavior. 7. Can containment systems replace concrete oil pits? Yes. Modular steel bunds and prefabricated containment systems are widely used as alternatives to concrete pits. Advantages include: faster installation, reduced civil works, adaptability to existing substations, suitability for high groundwater or restricted sites. 8. Are temporary or mobile containment berms available? Yes. Temporary containment berms or flexible oil spill berms are commonly used for: transformer maintenance, short-term storage, emergency response, commissioning and decommissioning works. They offer rapid deployment without permanent foundations. 9. Can containment bunds be manufactured in custom sizes? Absolutely. Custom-sized containment tanks or bunds are frequently required for: large high-voltage transformers, space-constrained substations, retrofit installations. Tailored solutions ensure full oil retention while fitting existing layouts. 10. Are containment systems required for transformers in solar and renewable energy plants? Yes. Transformer bunds for solar plants and renewable energy facilities are increasingly required, as oil-filled step-up transformers are commonly used in PV parks and wind farms. Environmental protection and permitting authorities often mandate secondary oil containment. 11. What materials are commonly used for transformer containment systems? Typical materials include: coated structural steel, corrosion-resistant steel plates, integrated grating systems for load distribution. Material selection depends on transformer weight, oil volume, and environmental exposure. 12. Who typically installs transformer oil bunds or containment tanks? Transformer oil containment systems are installed by: utilities and grid operators, industrial plant operators, renewable energy project developers, substation and EPC contractors, operators of critical infrastructure. They are a standard element of modern transformer safety and compliance concepts.
Storage Container for Lithium Batteries
Why storage containers for lithium batteries? The storage of even defective lithium materials requires the highest safety standards to minimize fire risks and explosion hazards. Our storage containers impress with: Stable construction: Made from high-quality sheet steel and hot-dip galvanized for extra durability. Optimal fire protection: A patented filling material (PyroBubbles®) between the inner and outer containers and in the lid significantly reduces the risk of fire. Safe handling: Lockable lid with spring relief and ergonomic handle guarantees easy and safe operation. Product features of the lithium battery storage containers at a glance Modular design: Available in various sizes (30 l, 90 l, 220 l and 280 l) for flexible storage of battery units of different sizes. Innovative security features: Removable inner container for easy cleaning and maintenance Lid support at 70° (depending on model) Multiple stacking options (3 high) for space-saving storage Lid locks for added security Mobility: Optionally equipped with robust swivel and fixed casters (including brakes) that facilitate transport even in busy warehouse areas. Suitable for forklifts and pallet trucks: A clearance height of 100 mm allows for the trouble-free use of industrial trucks. Technical specifications of storage boxes for lithium batteries DD-BRSDLHN-LIL30: Internal dimensions: 215 x 365 x 390 mm External dimensions: 400 x 600 x 750 mm Stackable: 3 high Load capacity: 100 kg Weight: 78 kg DD-BRSDLHN- LIL90: Internal dimensions: 415 x 565 x 390 mm External dimensions: 600 x 800 x 750 mm Stackable: 3 high Load capacity: 200 kg Weight: 131 kg DD-BRSDLHN- LIL220: Internal dimensions: 1015 x 565 x 390 mm External dimensions: 1200 x 800 x 750 mm Stackable: 3 high Load capacity: 400 kg Weight: 217 kg DD-BRSDLHN- LIL280: Internal dimensions: 1015 x 745 x 370 mm External dimensions: 1200 x 1000 x 750 mm Stackable: 3 high Load capacity: 400 kg Weight: 261 kg %A4lter% 20f %C3% BCr%20Lithium batteries" class="btn btn-default">Submit inquiry
Transformer Oil Spill Tray Self-Extinguishing
Self-extinguishing oil containment tray as fire protection for transformers Suitable for transformers (between 10 and 100 MVA), zero-point coils (between 300 and 1000 A), capacitors, compensated impedance transformers, autotransformers and auxiliary transformers. The transformer is mounted on two galvanized roller beams on the tub, the width of which can be adjusted depending on the distance between the axles of the wheels. Features of the oil drip tray The entire product range has been tested for compatibility with the Ecodesign Regulation 2021 (EU Regulation No. 548/2014, amended 2019/1783). 3 and 4 mm thick galvanized steel sheet. Grounding with copper braid. Complete dielectric enclosure. Compliant with standard EN 61936-1 and equivalent specific standards of the country of installation (doc International Standards AKHnorm). Certified sealing. Welding: Watertightness is ensured through the control and qualification of the welding process by means of solvent testing for defect detection. Fire suppression system with factory-installed deflector plates made of galvanized steel (patented system). Optional accessories for the transformer oil collection trays 1-inch stainless steel drain valve Custom rail mechanism Protective housing for filters M12 support rings and M12 screws Rainwater filter units Reinforced lining 4 Teflon insulation panels 4 vibration-damping "Silent Blocks" for noise reduction Remote alerting in case of oil leaks in the containment basin In addition, we offer modular and infinitely expandable containment trays for transformers as well as high-quality transformer oil from a German manufacturer. The patented fire extinguishing system can also be retrofitted as fire protection to existing concrete containment basins for transformers . Standard sizes of oil drip trays for transformers offered (Special sizes available upon request) Article No. volume External dimensions (mm) Internal dimensions (mm) Transformer height Wheelbase (mm) Weight Weight Maximum Axle spacing (mm) (l) (mm) (kg) with grating permissible load length Width Height* length Width Height (kg) (kg) Min Max BAF0160 v3 157 1320 900 320 1220 820 257 300 150 96 118 1000 520 670 BAF0250 v3 255 1380 960 390 1280 880 327 370 150 112 137 1500 520 820 BAF0400 v3 334 1480 1080 405 1380 1000 342 385 150 133 164 1800 520 820 BAF0630 v3 450 1620 1150 440 1520 1070 377 420 230 183 216 2500 520 820 BAF0800 v3 666 1700 1230 525 1600 1150 462 505 230 211 248 3000 670 1070 BAF1000 v3 823 1850 1380 525 1750 1300 462 505 230 245 292 3800 670 1070 BAF1250 v3 914 1850 1380 565 1750 1300 502 545 230 267 314 3800 670 1070 BAF1600 v3 1067 2070 1380 580 1970 1300 517 560 230 288 341 4200 820 1200 BAF2000 v3 1419 2320 1380 655 2220 1300 592 635 230 330 390 5700 820 1200 BAF2500 v3 1484 2370 1560 605 2270 1480 542 585 230 355 425 6200 820 1200 BAF3150 v3 2042 2670 1560 700 2570 1480 637 680 230 413 492 7900 820 1200 BAFK05 v3 2099 2920 2060 540 2820 1980 476 520 230 588 707 10000 820 1500 BAFK10 v3 2409 3080 2230 540 2980 2150 476 520 230 652 787 13000 820 1500 BAFK20 v3 2983 3520 2400 540 3420 2320 476 520 230 757 927 16000 820 1500 * higher with option with wheels
Waste Bin for Self-Igniting Materials
Waste bin for oily rags Rags and cloths soaked with solvents, thinners, linseed oil, flammable adhesives, and other flammable liquids pose a serious fire hazard if disposed of improperly. Proper disposal isolates the contents from ignition sources, restricts oxygen supply, and thus practically eliminates the risk of spontaneous combustion. The lid remains closed when not in use to isolate the contents from sources of ignition and limit the available oxygen. The round design and raised base allow air to circulate around the can to distribute the heat. A robust steel construction with powder coating ensures chemical resistance. Meets OSHA requirements; foot-operated cans meet TÜV requirements. Color: Red Which substances can spontaneously combust? "There are several substances that can spontaneously combust – for example, white phosphorus, lithium, magnesium powder, etc. However, oil- or grease-soaked rags are particularly relevant for household use. Oil-soaked rags are generated when oiling wooden floors or garden furniture. But cleaning cloths in kitchens also repeatedly come into contact with vegetable or animal oils or fats, for example, when cleaning extractor hoods, pans, or deep fryers. Such oils and fats contain unsaturated fatty acids, which can cause fires under unfavorable conditions." (Source: BFB - Advisory Center for Fire Prevention ) "It becomes dangerous when oil-soaked rags or felt pads are carelessly thrown in the trash. The chemical reaction of the fatty acids with oxygen in the air generates heat that cannot escape from crumpled rags. "Since oil has a low flash point, the rag can spontaneously combust due to the trapped heat," explains Torge Brüning, fire safety expert at the R+V Insurance Information Center. (Source: R+V Insurance ) What is spontaneous combustion? Spontaneous combustion occurs when flammable materials ignite spontaneously without an external energy source. First, a self-heating process always takes place, which can rise to the ignition temperature. At this point, the materials begin to burn. The chemical reaction occurs independently of the ambient temperature. However, warmer air temperatures accelerate the process. (Source: BFB - Advisory Center for Fire Prevention )
Waste Container with Ashtray
Attractive and Functional Waste Bin for Protected Outdoor Areas 17-liter metal waste bin with 2-liter ashtray featuring flame-extinguishing head The self-extinguishing aluminum lid interrupts oxygen supply in the ashtray and smothers flames Round waste bin with removable inner container and ashtray for easy emptying and cleaning Usage area: Indoor, protected outdoor areas Dimensions of flame-extinguishing head: 60 x 240 mm (H x Ø) Dimensions of paper inlet: 150 x 125 mm (W x H) Dimensions of inner container: 380 x 220 mm (H x Ø) Product dimensions: 630 x 250 mm (H x Ø) Shape: round Lid type: removable aluminum flame-extinguishing head With insert opening: yes Removable inner bin: yes Trash bag attachment: no Ashtray included: yes Ashtray capacity (L): 2 Flame resistant: yes Stackable: no Main material: metal
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