These mesh coils are cut precisely from customised Kanthal Mesh Plate using laser, the honeycomb mesh design enables the mesh coil heating instantly and evenly. Meanwhile, the mesh coil fits the wood pulp cotton so closely that no other type of coil can ever do.
As the mesh coil is so flat and smooth, the heat will be instantly and evenly conducted to the cotton, thus vaporizes the e-liquid instantly and evenly.
The Freemax Fireluke 2 applies the Freemax patented cotton formula, which is 90% Porous Flax Cotton and 10% Cotton, this is why the Freemax Multiple mesh coils have superb eliquid leading capacity and an average lifespan of 2-3 weeks.
The new mesh material and structure applies in the Freemax Fireluke 2 will instantly vaporize the e-liquid, and requires a higher leading speed to mesh coil’s contact surface. Thus the new 360 degree e-liquid leading holes are designed to speed up the leading and vaporizing process.
The updated 'T' Series features 360 degree e-liquid feeding with patented 90% tea fiber cotton & 10% organic cotton formula.
- X1 Mesh - 0.15 ohm 40-80W
- X2 Mesh - 0.2 ohm 40-80W
- X3 Mesh - 0.15 ohm 50-90W
Tea Fiber Coils
- TX1 Mesh - 0.15 ohm 40-90W
- TX1 SS316L Mesh - 0.12 ohm 60-100W - DNA Replay Compatible
- TX2 Mesh - 0.2 ohm 40-80W
- TNX2 Mesh - 0.5 ohm 20-50W
- TX3 Mesh - 0.15 ohm 50-90W
- TX4 Mesh - 0.15 ohm 40-80W
- 5 x Freemax Fireluke Coils
Customer ReviewsWrite a review
Wow! What a great coil! Great flavour, running .20 at 65-70w. No leakage, even after sitting overnight. Can't fault them. Getting about 10 days per coil with heavy usage.
Don't be scared of the price as these last a long long time. My current TNX2 is on its 4th week @ 3673 puffs so far, running in temp mode 220C @ 22w with zero dry hits even at 6 second puffs. The flavour is only just starting to die down a little but overall well worth the money and very economical besides the F-18 noise from the tank 😊
Been over one week now and seems as though the coil is still brand new can't wait to see how long one coil last! (tnx2 mesh)