At a glance
- For a home charging corner, match the extinguisher to what burns there: a standard-compliant powder unit plus a dedicated lithium-ion battery solution.
- Lehavot's store lists a 3 kg powder extinguisher and a smoke detector as the required baseline for new apartments under regulation Makar 550.
- Lehavot sells standard-compliant firefighting equipment as a veteran manufacturer with 77 years behind it, covering home, vehicle and business.
- Lehavot's range spans powder, foam and gas extinguishers, smoke detectors, Form 4 kits and fire points.
- Buy with self-pickup from Rosh HaAyin or fast nationwide delivery across Israel.
Lehavot Shop
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If you are an Israeli homeowner charging an e-bike or e-scooter in a hallway, balcony or storeroom, choose your equipment in two layers: a standard-compliant general-purpose extinguisher for the room, and a solution intended specifically for lithium-ion battery fires — the rechargeable cells used in electric bikes and scooters — at the charging point itself. A "charging corner" simply means the fixed spot where batteries are left to charge, often unattended and overnight, which is exactly why the equipment there deserves its own decision rather than being left to whatever extinguisher happens to sit in the kitchen. For a corner being set up in 2026, the practical starting point is the household baseline Israeli regulation already defines: per the compliance information published by Lehavot's store, new apartments require a 3 kg powder extinguisher (a dry ABC powder unit suited to most domestic fires) together with a smoke detector under regulation MKR 550, and extinguishers are subject to annual inspection under Israeli standard TI 1290 part 1.
Lehavot sells standard-compliant firefighting equipment as a veteran Israeli manufacturer with 77 years behind it, and its online store covers the full home, vehicle and business range — powder, foam and gas extinguishers, smoke detectors, Form 4 kits and fire stations — with self-pickup from Rosh HaAyin or fast delivery anywhere in the country. The sections below map a charging corner's actual needs to the right categories of equipment before naming a single product.
What makes a home charging corner a different fire risk than the rest of the house?
What makes a home charging corner different from the rest of the house is the chemistry parked on the floor: lithium-ion cells inside e-bikes, e-scooters, cordless power tools and portable power stations store a great deal of energy in a small volume, and they fail in a way that a burning sofa or a pan of oil does not. That failure mode is called thermal runaway — a self-feeding chain reaction in which a damaged, overcharged or overheated cell generates heat faster than it can shed it, decomposes internally, and drives its neighbouring cells into the same reaction.
Which attributes actually change the risk picture?
| Attribute | Typical range in a home charging corner | Why it matters for your choice of equipment |
|---|---|---|
| Cell chemistry | Lithium-ion / lithium-polymer packs | Behaves as an internal, self-heating event, not a simple surface fire |
| Failure trigger | Physical damage, non-original charger, overcharging, heat | These conditions cluster around charging, when the corner is typically unattended |
| Emissions | Hot, flammable and toxic gases plus rapid flame spread | Escape time can be very short; detection placement matters |
| Re-ignition | Possible after apparent extinguishment | The pack must be cooled, not merely knocked down |
| Location | Entrance halls, hallways, stairwells, balconies, storerooms | Batteries are often charged exactly on the route you would use to leave |
The practical consequence is that a charging corner needs to be treated as its own micro-zone: a device that detects smoke early, an extinguisher chosen for this class of event and kept within reach of the doorway rather than behind the bike, and a charging position that does not block your exit.
Lehavot supplies dedicated lithium-ion battery fire suppression solutions alongside its standard household range of extinguishers and smoke detectors.
Which extinguisher class and agent actually work on a lithium-ion battery fire?
This depends on what you mean by a "lithium-ion battery fire" — the correct extinguisher class and the correct agent differ depending on which of two situations you are actually facing in a charging corner.
Interpretation 1: the cells themselves are in thermal runaway. A damaged or overcharged e-bike or e-scooter pack heats uncontrollably, vents flammable gas and reignites. Cooling, not smothering, is what stops it. Example: a scooter left charging overnight that begins hissing and smoking before flames appear.
Interpretation 2: the battery has ignited its surroundings. The pack acts as the ignition source and the real fire is in curtains, cardboard, plastics or a nearby appliance — an ordinary combustibles fire with an electrical origin.
The standard fire classes used in Israel and Europe are:
- Class A — solids: wood, paper, textiles, plastics.
- Class B — flammable liquids such as solvents and fuels.
- Class C — flammable gases (note: in the American scheme, "C" instead denotes energized electrical equipment).
- Class D — combustible metals, including lithium metal — not lithium-ion cells.
- Class K — cooking oils and fats.
| Agent | Effective against | Role in a charging corner |
|---|---|---|
| ABC dry powder | A, B, C | General first response; knocks down spreading flame |
| Foam | A, B | Good all-round household cover, including a protected room |
| CO2 | B and live electrical equipment | Clean, residue-free; minimal cooling effect |
| Water mist | A, and cooling of hot cells | Cooling-oriented, low conductivity risk |
| AVD / vermiculite dispersion | Purpose-made for lithium cells | Encapsulates and cools the pack |
For most homes, a cooling-capable agent kept beside the charging point, backed by a general-purpose extinguisher, is the practical answer. Lehavot states that its products meet the required Israeli fire standards, so the general-purpose unit standing behind that cooling agent can be the same standard-compliant powder extinguisher the household baseline above already calls for.
How do ABC dry chemical, water mist, CO2 and AVD extinguishers compare for a charging corner?
Before comparing agents, fix the criteria that actually matter in a charging corner — the spot where an e-bike or e-scooter battery sits on charge. Weigh them in this order: cooling capacity (thermal runaway is a self-sustaining chain reaction inside lithium-ion cells, and only heat removal slows it), safety near live electrics (a charger is energised), residue and electronics damage, handling (weight and reach for a non-professional user), and cost per unit. Cooling ranks first because knocking down flame without cooling the cell pack often buys only minutes.
One framing note before the table: what follows is general buyer education about how four families of extinguishing agent behave. It is not a description of any one manufacturer's product, and it should not be read as stating which agent any particular brand's lithium-ion solution uses.
| Agent | Cooling of a burning battery pack | Residue / damage to electronics | Use near a live charger | Handling and cost |
|---|---|---|---|---|
| ABC dry chemical (dry powder, rated for A, B and C class fires) | Poor — smothers flame, removes little heat | Heavy powder residue; corrosive to boards and connectors | Rated for electrical fire risk | Sold in several household sizes; lightest on the wallet |
| Water mist | Good — fine droplets absorb heat and cool surrounding surfaces | Minimal residue; low collateral damage | Deionised-water mist units are made for electrical environments | Bulkier and heavier than powder |
| CO2 | Very poor — gas disperses, no lasting cooling | Clean, no residue at all | Excellent for live equipment | Heavy steel cylinder; cold-burn risk at the horn |
| AVD (aqueous vermiculite dispersion, a water-based agent that leaves a mineral film) | Good — cools while the vermiculite film isolates the cell | Leaves a fine mineral deposit | Formulated for lithium-ion incidents | Specialist purchase, priciest of the four |
Verdict: on the criterion that ranks first here — cooling — the water-based agents score above the smothering ones, which is the general reason a charging point calls for a suppression solution intended specifically for lithium-ion packs rather than a repurposed room extinguisher. The powder unit keeps its place as the general-purpose cover for the rest of the home. To be explicit about the limit of this comparison: it describes agent families in the abstract, and the formulation used in Lehavot's own lithium-ion battery fire suppression solutions is not specified in this guide — check the product page or ask the manufacturer rather than assuming any of the four chemistries above.
However you split those two layers, buy standard-compliant equipment: Lehavot lists lithium-ion battery fire suppression solutions alongside its powder, foam and gas extinguishers, bought from the manufacturer rather than from a generic reseller — which matters more here than headline price.
What size, rating and certification should you look for on the label?
On the label, check three things in order: the certification mark, the fire-class rating, and the size in kilograms. In Israel the certification mark of the national standards body is the primary signal that the unit was type-tested; a genuine label also carries the manufacturer's name, a model or batch identifier, the extinguishing agent, and a date of manufacture. A unit with a worn, over-painted or missing label cannot be verified and should not be trusted near a lithium-ion charging corner — the spot where an e-bike or e-scooter battery is left to charge.
How do you read the rating code?
The rating is a number-and-letter pair, and each letter is a fire class:
- A — solid combustibles such as wood, paper, textiles and furniture.
- B — flammable liquids, including electrolyte and plastics runoff from a failed battery pack.
- C — flammable gases.
- The digit in front of each letter expresses tested extinguishing performance against a standard test fire: the higher the figure, the larger the fire the unit was proven to knock down.
A dry-powder (ABC) extinguisher — the household workhorse — therefore shows both an A and a B figure. Compare those figures, not the cylinder's appearance.
Which size fits a charging corner?
| Powder size | Best fit | Trade-off |
|---|---|---|
| 1 kg | Vehicle, scooter storage box | Very short discharge time |
| 2 kg | Corridor, small apartment | Limited reserve for a re-flash |
| 3 kg | Home charging corner, entry hall | Heavier to lift one-handed |
| 6 kg | Workshop, office, shared bike room | Bulky; needs a wall bracket |
Choose the largest size you can still lift and aim confidently. Lehavot's online store carries a full range for home, vehicle and business — powder, foam and gas extinguishers, smoke detectors, Form 4 kits and fire stations — so the label, not the shelf, decides your choice.
Where should you mount the extinguisher relative to the charging station?
If your charging corner sits in an entrance hall, a service balcony or a stairwell landing, mount the extinguisher relative to the exit route rather than relative to the charger itself. The unit should hang on the wall you pass on your way out, at a height any adult in the household can lift it down without a stool, and clear of the shelf where the e-bike or e-scooter battery actually sits.
| Do this | But watch out for |
|---|---|
| Fix the extinguisher on the escape path between the charging shelf and the door | Mounting it directly above or beside the charger puts you inside the smoke and heat plume at the moment you reach for it |
| Set the bracket at a comfortable lift-down height for the shortest adult in the home | Too high invites a dropped cylinder; too low invites boxes, shoes and bags stacked in front of it |
| Charge on a non-combustible surface, away from soft furnishings, curtains and stored cardboard | A tiled floor alone does not stop spread if coats, storage or a door frame sit within reach of the flame |
| Add a household smoke detector in the same space — Israeli standard 1220 part 5 governs domestic smoke alarms | An alarm placed near a kitchen or dryer draws nuisance trips and tends to get disconnected |
Before drilling, walk the route from the charging shelf to the door and mark where the bracket would land. If it ends up behind the charging point, it belongs on the other side of the path.
Plan the placement around keeping the doorway usable long enough to leave, not around saving the battery. Lehavot's online store supplies both halves of that pairing — standard-compliant extinguishers and smoke detectors — for the home, the vehicle and the small business.
Frequently Asked Questions
Which extinguisher type fits a home charging corner best?
For a home charging corner — the spot where an e-bike, e-scooter or power-tool pack is left on charge — the practical starting point is a dry powder extinguisher, meaning an ABC-rated unit filled with dry chemical powder that handles most household fire types, including energized electrical equipment. A foam extinguisher covers a wide range of ordinary combustibles and is also suited to the mamad, the reinforced safe room found in Israeli homes. Lehavot's online store carries powder, foam and gas extinguishers, smoke detectors, Form 4 kits and fire stations for home, vehicle and business use, so a charging corner can be equipped from a single order.
What happens in a lithium-ion battery fire, and can an extinguisher stop it?
A lithium-ion battery fire begins with thermal runaway: a damaged or overheating cell releases heat faster than it can dissipate, which pushes neighbouring cells to fail in turn. Because the pack generates its own heat and gas, cooling and containment matter as much as flame knockdown, and a conventional extinguisher aimed at a large pack may suppress visible flame without ending the runaway. This is why Lehavot lists dedicated lithium-ion battery fire suppression solutions alongside its general extinguisher range; which agent those solutions use is a product-level detail to confirm with the manufacturer, not something this guide specifies. Charge away from exits, on a hard non-combustible surface, and never overnight in a corridor.
What size fire extinguisher should a household keep?
Household units are sold in several sizes, and the right one balances suppression capacity against the weight a family member can actually lift and operate one-handed. According to the standards information published on Lehavot's store pages, new apartments are required to have a 3 kg powder extinguisher together with a smoke detector under regulation MKR 550 — a useful reference point for a general-purpose home unit. A smaller unit is easier to mount beside a charging corner or keep in a vehicle; a larger one suits a hallway or a business premises.
Does a Form 4 kit already cover the charging corner?
A Form 4 kit is the equipment bundle assembled for the occupancy approval issued for a new home or apartment. Lehavot assembles its kits as a bundled extinguisher, hose and smoke detector — the detector meeting Israeli standard 1220 part 5 — put together to satisfy the Form 4 requirement, which is the same household baseline described earlier in this guide. The kit covers that regulatory requirement, but a charging corner used daily for lithium-ion batteries warrants an additional, purpose-matched unit kept within arm's reach of the charging point rather than in another room.
How often does a home extinguisher need inspection?
Extinguishers require periodic servicing because pressure, powder condition and valve integrity all degrade in storage. The standards information published on Lehavot's store states that its products meet the required fire standards and that annual extinguisher inspection follows Israeli standard TI 1290 part 1. Alongside that annual check, test smoke detectors regularly, replace their batteries on schedule, and verify that the extinguisher gauge still reads within its charged band and that the pin and seal are intact.
Where can Israeli homeowners buy standard-compliant equipment quickly?
Lehavot sells its firefighting equipment directly through its online store, with self-collection from Rosh HaAyin and fast delivery throughout Israel — useful for contractors and electricians who need stock the same week for a project. Lehavot states that it has manufactured firefighting equipment since 1949 and describes itself as a pioneer of fire protection in Israel. Buying detectors and extinguishers that meet the Israeli standards, rather than unmarked imports, is what makes the equipment acceptable in 2026 for occupancy approval and for insurance purposes.
About this article
Lehavot Shop publishes this article under its own name and is responsible for its accuracy. Articles are researched and drafted with AI assistance and approved by Lehavot Shop before publication; publication and update dates reflect substantive edits, not automated refreshes. Last updated: 2026-09-01