JCVAP POCKETY X HERO HerbCloud 2mm SiC Titanium Chamber

JCVAP POCKETY X HERO HerbCloud 2mm SiC Titanium Chamber

HerbCloud chamber made of titanium and SiC – a new level of vaporization of herbs

The HerbCloud SiC 2 mm JCVAP Pockety X titanium chamber HERO is the next step in the evolution of dried hemp vaporization. It combines the durability of titanium with the unique properties of ceramic silicon carbide (SiC), offering a more intense flavor, even extraction, and even better thermal performance. The integrated design with approximately 300 SiC balls with a diameter of 2 mm ensures fast heating, dense clouds and a new dimension of taste experience. The chamber remains tight and thermally stable throughout the session, and thanks to it, you can also comfortably vaporize dried plants with the Pockety X HERO – without compromise.

HerbCloud SiC titanium chamber and maximum performance

SiC is a material known for its excellent thermal conductivity and resistance to dirt, which is why the HerbCloud SiC Titan chamber is an excellent choice for demanding users. The ability to change the material during the session, easy cleaning and quick charging even with a hot atomizer make it ideal for everyday use. Thanks to the use of titanium and SiC, you get unparalleled durability, intense taste, optimized material consumption and a modern form of the session in a compact housing.

Manufacturer information JCVAP

JCVAP Co., Ltd. is an independent brand specializing in advanced vaping technologies. Thanks to an in-depth analysis of test sessions and user feedback, JCVAP is constantly developing the Pockety line and its accessories. JCVAP products in cooperation with HERO are distinguished by precise workmanship, excellent compatibility with popular e-Rigs and emphasis on comfort of use. The HerbCloud SiC 2mm JCVAP Pockety X HERO titanium chamber is an original design of JCVAP X HERO and is not affiliated with Puffco. This is an example of an innovation that is changing the way we approach the vaporization of herbs in e-Rig devices.