At a glance
- The main lighter types are soft-flame (traditional flint or piezo), torch/jet (pressurized blue flame), electric/arc (plasma arc, no fuel), and disposable vs. refillable.
- Soft-flame lighters produce a yellow diffusion flame. Torch lighters produce a focused blue premixed flame using pressurized butane.
- Refillable lighters use butane gas and can be refueled through a fill valve. Disposable lighters are discarded when the fuel runs out.
- Electric arc lighters use a rechargeable battery to create a plasma arc between two electrodes — no flame, no fuel.
- Matches produce flame from a chemical reaction when the match head is struck against a friction surface.
A lighter is a device that produces a flame or heat source for ignition. Lighters differ in how they generate their flame — from pressurized butane gas, to electrical plasma arcs, to the chemical reaction of a struck match. This article describes each main lighter type, how it works mechanically, and what butane refilling involves. It covers soft-flame, torch, electric arc, disposable, refillable, and matches.
This article is part of the lighters and matches hub.
What is a soft-flame lighter?
A soft-flame lighter produces a yellow, teardrop-shaped diffusion flame. The flame is not pressurized — fuel vapor mixes with air at the flame front. This is the most common lighter type and includes both disposable and refillable designs.
Ignition works in one of two ways:
- Flint-and-wheel: a small serrated wheel is spun with the thumb against a flint (a small rod of ferrocerium), creating sparks that ignite the butane. This is the mechanism used in most disposable lighters and many classic refillable lighters.
- Piezoelectric: pressing a button compresses a piezoelectric crystal, which generates a spark. No flint is consumed. This mechanism is common in refillable lighters and utility lighters.
What is a torch lighter (jet lighter)?
A torch lighter — also called a jet lighter or windproof lighter — produces a focused, blue, premixed flame. Unlike a soft flame, the butane is mixed with air inside the lighter before reaching the nozzle, producing a hotter, more concentrated flame that resists wind.
Torch lighters come in single-jet (one flame), double-jet, and triple-jet configurations. More jets produce a wider flame area but consume fuel faster. Torch lighters are commonly used for cigars, where the broader flame helps light a larger surface evenly. They use the same butane fuel as soft-flame refillable lighters.
What is an electric arc lighter?
An electric arc lighter (also called a plasma lighter) uses a rechargeable lithium-ion battery to generate an electrical arc between two or four electrodes. The arc is a visible strip of plasma that is hot enough to ignite tobacco or paper on contact. There is no flame, no fuel, and no moving parts.
Electric arc lighters are recharged via USB. They are windproof (the arc is not affected by airflow) and produce no butane odor. The arc is narrow, which makes them effective for lighting cigarettes or rolling papers but less practical for larger surfaces like cigars.
Refillable vs. disposable lighters
This is a design and construction distinction, not a flame-type distinction — both refillable and disposable lighters can produce a soft flame.
- Disposable lighters: sold pre-filled with butane in a sealed plastic body. When the fuel runs out, the lighter is discarded. The most widely recognized example is the Bic disposable lighter (flint-and-wheel, soft flame). Disposable lighters are inexpensive and widely available.
- Refillable lighters: have a fill valve (usually on the bottom) that accepts butane from a pressurized canister. The flint (if present) is also replaceable. Refillable lighters are typically made of metal and designed for long-term use. Classic examples include the Zippo (which uses liquid lighter fluid, not butane) and various butane refillable models from Xikar, S.T. Dupont, and others.
Note on Zippo lighters: Zippo lighters use liquid naphtha-based lighter fluid, not pressurized butane. The fuel is absorbed into a cotton wick and wadding inside the lighter. Refilling involves lifting the insert out of the case and saturating the wadding with lighter fluid. Zippos use a flint-and-wheel ignition and produce a soft flame. Because the fuel is liquid and the reservoir is not sealed, Zippos can lose fuel to evaporation when not used frequently.
How does butane refilling work?
Refilling a butane lighter involves pressing a butane canister onto the fill valve on the lighter’s base. The process:
- Turn the flame adjustment to the lowest setting (if the lighter has one).
- Hold the lighter upside down so the fill valve faces up.
- Press the nozzle of a butane refill canister into the fill valve and push down. Hold for 5–10 seconds. The butane transfers from the pressurized canister into the lighter’s fuel reservoir.
- Wait 1–2 minutes after filling before igniting, to allow the butane to stabilize and any excess air to dissipate.
- Readjust the flame height.
Butane refill canisters are sold at tobacconists, hardware stores, and online. Different lighter brands may ship with different nozzle adapters for the fill valve — many butane canisters include a set of adapter tips to fit various valves.
What about matches?
Matches produce flame through a chemical reaction. A match head is coated with an oxidizing compound (typically potassium chlorate) and a fuel (usually sulfur or antimony trisulfide). When struck against a friction surface (on strike-anywhere matches, the friction surface contains red phosphorus; on safety matches, the red phosphorus is on the matchbox striker strip, not the match head), the friction generates enough heat to ignite the chemical mixture.
Matches are single-use. They are available as book matches (small, folded cardboard with a striker strip) or as boxed wooden or wax-coated stick matches. In the context of pipe use, longer wooden matches are sometimes preferred because they allow the flame to be held over the bowl long enough to light the tobacco evenly.
Lighter type comparison table
| Type | Fuel | Flame | Ignition | Refillable | Windproof |
|---|---|---|---|---|---|
| Soft-flame (disposable) | Butane | Yellow diffusion flame | Flint-and-wheel or piezo | No | No |
| Soft-flame (refillable) | Butane | Yellow diffusion flame | Flint-and-wheel or piezo | Yes | No |
| Zippo | Liquid naphtha lighter fluid | Yellow diffusion flame | Flint-and-wheel | Yes | Partially (enclosed chamber) |
| Torch / jet | Butane | Blue premixed flame | Piezo (typically) | Yes | Yes |
| Electric arc / plasma | None (battery) | No flame — plasma arc | Electrical | Rechargeable (USB) | Yes |
| Matches | Chemical (sulfur compound) | Yellow flame | Friction strike | No (single-use) | No |
Where to buy lighters
Disposable and refillable lighters are available from convenience stores, tobacconists, and online marketplaces. Torch lighters and electric arc lighters are typically found at tobacconists and specialty retailers. Butane refill canisters are available at the same locations.
FAQ
Q: What is the difference between a soft-flame and a torch lighter? A soft-flame lighter produces a yellow diffusion flame where fuel vapor mixes with air at the flame front. A torch lighter premixes butane with air inside the lighter before the nozzle, producing a focused, hotter, blue flame that resists wind.
Q: How do I refill a butane lighter? Turn the lighter upside down, press a butane canister nozzle into the fill valve, and hold for 5–10 seconds. Wait 1–2 minutes before igniting. The flame adjustment should be set to the lowest setting before refilling.
Q: Do electric arc lighters use fuel? No. They use a rechargeable lithium-ion battery to generate a plasma arc between electrodes. They are recharged via USB and contain no butane or other fuel.
Q: What kind of fuel does a Zippo use? Zippo lighters use liquid naphtha-based lighter fluid, not butane. The fuel soaks into a cotton wadding inside the lighter. Because the reservoir is not sealed, Zippos lose fuel to evaporation over time even when not in use.
Sources
This article describes lighter types and mechanisms based on publicly available manufacturer documentation and standard engineering principles. Brand names (Bic, Zippo, Xikar, S.T. Dupont) are used in nominative fair use to describe product categories. No specific manufacturer performance claims are made that require independent citation.