Svoemesto Kayfun [Lite] SE Dark Silk Edition - 24mm
The Kayfun Lite was first introduced in 2013 as the entry level Kayfun and it quickly became the benchmark RTA to which all MTL atomisers have been compared for flavour. Now in 2019 it's back and greatly improved to incorporate the new style build deck from the Prime that's not only easier to build than the original Lite, but greatly reduces the overall height of the tank. The new Kayfun [Lite] is a diminutive 33mm in height, that's shorter than some drippers on the market! The build deck can be accessed with liquid in the tank and filling is much easier now that it is done through the bottom of the tank instead of a small hole under the base. Air flow is adjustable with a grub screw hidden inside the 510 post.
This Dark Silk DLC Special Edition kit bears a black DLC coating. DLC stands for diamond-like carbon and is a nano-composite coating that has unique properties of natural diamond - low friction, high hardness, and high corrosion resistance. Dark Silk is a surface treatment method, which has been developed in a collaboration between Dicodes and SvoëMesto. The surface is prepared in a multistage blasting procedure before being DLC coated with a colour that is unique to this project.
*IMPORTANT NOTES:
As with all rebuildables, this is an advanced user device and requires the willingness to experiment to get the best out of it for your own individual and unique vaping style. Please be sure you have done your research prior to purchase in order to understand what's required to build and use this device as it is not supplied with coil and wick installed. We recommend you test any coils you produce with a multi-meter before using to avoid risk of damaging your battery. Return requests for any reason other than a genuine manufacturing fault will not be accepted.
Message from manufacturer:
Disclaimer: Finished and coated surfaces are scratch-sensitive and therefore not included in the warranty. Please, handle with care.
The blasted versions may have different levels of brightness depending on the light irradiation.
As a result, the brightness of the product may differ from the product image shown here.