Coil Micromesh for the Zeus X Mesh RTA by Geekvape in a pack of 2 pieces.
Available in two different models, N80 0.17oHm and KA1 0.2oHm
Features N80 0.17 Resistance: 0.17 Ohm | Characteristics KA1 0.2 Resistance: 0.2 Ohm |
In the package
2x Micromesh
2x Pre-cut cotton
Specific References
GeekVape Replacement Glass for Original Zeus Series Atomizers from pomone GeekVape Zeus X, Zeus Dual and Sub Ohms.
Available in two versions with different capacities.
Z Max Tank M 0.2 oHm resistance in Triple Mesh by GeekVape for Z Max SubOhm atomizers with lung throw.
Recommended wattage: 70 - 85W
Resistance Da One to Barrel 2 from 0.3oHm in MESH .
Recommended for use of power between 25 - 40W ( BEST 25-35W )
The Lost Vape Ursa Nano V2 0.6ohm Resistance Pods , designed specifically for the Ursa Nano Series kits, represent the ideal choice for vapers looking for high performance and superior aromatic yield . Inside there is an integrated 0.6oHm resistance and is perfect for intense and semi-pulmonary cheek vaping , with a recommended power range between 14 and 22W .
VI Class AIO Resistor Pod P15 1.0oHm - SX Mini 2pcs is a pod with integrated replacement resistor for the VI Class AIO Kit. This pod contains a 1.0oHm SS316L resistor suitable for cheek throw (MTL) and is capable of delivering power from 10W to 15W .
The tank capacity is 2ml with front liquid refill.
Joyetech Original BF SS316 0.6oHm resistance Joyetech Cubis , Aio , Ego Aio atomizers and kits. Excellent for cheek / semi lung shooting.
Replacement resistance Vaptio Cosmo C1 from 1.6 oHm. Compatible with COSMO kit and Aspire Nautilus Kizoku Limit etc ...
Aspire Nautilus BVC 1.8oHm coils are replacement coils compatible with Aspire Nautilus Series atomizers, specifically designed for mouth-to-mouth vaping (MTL) .
Replacement GeekVape GeekVape Z4 0.4 resistance in MESH KA1 for GeekVape GeekVape Tank, also compatible with Obelisk kit.
Recommended power: 50W - 60W
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
