600k Puffs
Several tanks, several heads, charging overnight: these belong to a corner of the room rather than a pocket, so what is worth reading is how the capacity is divided and what the screen actually reports, both of which the headline figure keeps out of sight.
Showing the single result
600K puffs: the class at the top of the ladder
The 600,000 figure belongs to a single model here, the FiHP 600K, and it is the highest puff claim in the catalogue. Its record lists 64 ml of liquid, a dual mesh coil at 0.9 Ω and a 650 mAh cell, the same cell size used through most of the range. One naming note: the product’s title line carries a different capacity figure than its capacity field, and this page follows the field, which states 600,000.
| Class | Model | Positions | Liquid | Battery |
|---|---|---|---|---|
| 90,000 | FiHP 90K 3in1 | 3 × 14 ml | 42 ml | 650 mAh |
| 200,000 | FiHP 200K 8in1 | 8 | 80 ml | 650 mAh |
| 600,000 | FiHP 600K | 6 | 64 ml | 650 mAh |
Across these three classes the puff figure doubles and doubles again while the battery stays at 650 mAh — the maker’s coil efficiency is what moves the number.
What the class shares with the six-position format
The model is the only device filed as a six-position design, so this page and 6 in 1 describe the same unit from two angles: capacity here, tank layout there. The wider eight-position design sits under 8 in 1 with 80 ml, more liquid and fewer advertised puffs.
How far the ladder runs
Two classes below sits the 200,000 puff page, and the entry point of the range is the 10,000 puff class, whose unit carries a 20 ml tank. Between the ends the draw does not change: all of these devices pull restrictively, the style described under mouth-to-lung.
This model also reports both of its levels on a screen, which places it under e-liquid level display as well. Availability is shown on the product record, listed in the shop overview, and the range is set out model by model on the FiHP page.
Is a 600,000 puff figure a lifetime?
It is the maker’s test figure under stated conditions, not a prediction of service life. Liquid volume, coil wear and draw length all affect how long a device actually runs, and each is listed separately.