
SMOK - TFV16 Mesh Tank 9ml
MOK TFV16 is a Tank atomizer designed on 32mm diameter and having a liquid capacity of 9ml, with its new Coils suitable for high Wattages it will bring you to a massive production of vapor with excellent aromatic yield.
Replacement resistance for the SMOK TFV16 atomizer, available in three types: Mesh Coil 0.17ohm, Dual Mesh Coil 0.12ohm, Triple Mesh Coil 0.15ohm.
Features:
Mesh Coil 0.17ohm (BEST: 120W)
Dual Mesh Coil 0.12ohm (BEST: 120W)
Triple Mesh Coil 0.15ohm (BEST: 90W)
Package contents:
- 1x Resistance
MOK TFV16 is a Tank atomizer designed on 32mm diameter and having a liquid capacity of 9ml, with its new Coils suitable for high Wattages it will bring you to a massive production of vapor with excellent aromatic yield.
SMOK resistor for TFV16 type MESH Dual Coil from 0.12 oHm. Recommended power 90W
SMOK resistor for TFV16 type MESH Single Coil from 0.17 oHm. Recommended power 120W
Asvape resistance - Micro Coil 1.0 ohm in mesh for Micro kit.
Replacement Resistance in 0.48 oHm Z-Coil Plex3D mesh compatible with the Innokin Zenith and Zlide atomizer.
GeekVape replacement resistance for Aegis Boost Series " P Series " from 0.4oHm .
Recommended for use from 50 to 60W .
Aspire Nautilus BVC 1.8oHm coils are replacement coils compatible with Aspire Nautilus Series atomizers, specifically designed for mouth-to-mouth vaping (MTL) .
Coil Resistors V12-X4 for TFV12 from 0.15ohm.
Lost Vape UB Mini S2 1.0oHm coil for Lost Vape Orion Mini and Ursa Nano Pro electronic cigarettes.
The UB Mini resistors have been specially developed for the Orion Mini and Ursa Nano Pro kits for intensely flavored aromas , both in cheek and semi-lung vape .
Vaporesso GTi 0.5Ω Coil is a mesh coil designed for the iTank atomizer and compatible e-cigarettes. This coil is optimal for gentle lung vaping, offering good vapor production and balanced flavor, without being too intense.
Coil Micromesh for the Zeus X Mesh RTA by Geekvape in a 2-piece pack with cotton included.
Available in two different models, N80 0.17oHm and KA1 0.2oHm