Skip to product information
1 of 1

JDI MARCH Tobacco Caramel

up to 900 puffs

JDI MARCH Tobacco Caramel

Regular price 212 Kč
Regular price 229 Kč Sale price 212 Kč
-7%

In stock

The JDI MARCH Tobacco Caramel disposable electronic cigarette combines the classic taste of tobacco with the subtle sweetness of caramel. It offers up to 900 puffs, a 2 ml liquid capacity, and two nicotine strength options.

View full description

The JDI MARCH Tobacco Caramel disposable electronic cigarette combines the classic taste of tobacco with the subtle sweetness of caramel. It offers up to 900 puffs, a 2 ml liquid capacity, and two nicotine strength options.

Quantity
Lowest price in last 30 days: 229 Kč (25.10.2026)
View full details

Product description

JDI MARCH Tobacco Caramelis a disposable electronic cigarette combining a classic tobacco flavor with the subtle sweetness of caramel. It contains 2 ml of e-liquid, offers up to 900 puffs, and is available in 15 and 20 mg/ml versions.

Tobacco softened with caramel

Tobacco Caramel blends a more traditional tobacco base with a sweet caramel note. The resulting flavor is smoother and rounder than pure tobacco, while still retaining its tobacco character.

If you prefer tobacco without the sweet component, choose JDI MARCH Tobacco. You can find the same flavor for the rechargeable system as JDI March POD Tobacco Caramel 20 mg.

Pre-filled and ready to use

The disposable e-cigarette requires no charging, refilling of e-liquid, or installation of a separate cartridge. It activates automatically upon inhalation and features no complex power settings.

The device should not be used after the e-liquid is depleted or the battery is exhausted.

Parameters

  • Product type: disposable electronic cigarette
  • Flavor: tobacco and caramel
  • Flavor profile: tobacco, sweet
  • Available strength: 15 or 20 mg/ml
  • Liquid capacity: 2 ml
  • Endurance: up to 900 puffs
  • Activation: automatic by inhalation
  • E-liquid refilling: no
  • Charging: no
  • Package contents: 1 device

Actual endurance depends on the length and intensity of individual puffs.