Ceramic Coil Dangers Uwell

V while ceramic coils contain no wick most standard coils rely on a wire and fiber wick combination.

Ceramic coil dangers uwell.

One of the largest differences between ceramic coils and standard coils is the way that they are constructed. By uwell november 30th 2017. You can t investigate ceramic coils for vaping without coming across this post by uwell manufacturers of the highly popular crown sub ohm tank entitled the truth and science behind ceramic coils the post centers on some observations taken of three popular ceramic coils using a microscope. Manufacturers claim ceramic coils are made to withstand very high temperatures without emitting chemicals to last much longer than the common one week disposable metallic resistive wire.

Health risks of ceramic coils. High pressure from the vapor will expand and damage the structure of the porous ceramic material. In addition to the glasslike particles and black spots there is also something far more dangerous when it comes to ceramic coils. Loose powders will fall off and go into the lung.

They claim the ceramic coils release silica dust. Ceramic coils are created using inorganic porous ceramic material that contains raw materials like silica powders and more that are mixed together and molded at a high pressure. E liquid is vaporized and evaporated when the coil is working. Recently a study from uwell floats around the internet warning for the dangers of a ceramic coil.

Ceramic coils will absorb more e liquid. Ceramic coils will absorb more eliquid. Instead of wick ceramic coils contain a layer of ceramic. But the concern is more physical.

Because of the potential for pieces of the ceramic to break and produce silica dust that is hazardous to health we don t recommend using ceramic coils. It consists in the degradation of the ceramic and the possible inhalation of ceramic powder that flakes off. While they can potentially provide many benefits to vapers ceramic coils just don t seem to be worth the risk. Loose powders will fall off and go into the lung.