It's official. Tested in the laboratory, our Hybrid Supreme Filter has 38% fewer pollutants compared to conventional activated carbon filters without cellulose. Your lungs and your whole body will thank you.

Everyone who has smoked with conventional activated carbon filters knows this: carbon particles on your tongue, a scratchy throat and the slight taste of charcoal on the palate. In addition, there is the barely visible fine carbon dust, which soaks up pollutants and travels directly into the lungs.

Not so with our hybrid filters, which filter out almost all of the activated carbon dust. What remains is pure smoking pleasure

Hybrid filters do not clog even when it's cold and rainy, which is an issue with many other activated carbon filters. This is made possible by the special arrangement and combination of the hybrid components.

If you want to learn more about clogging issues of activated carbon filters, then take a look at this ARTICLE on our blog.

Take our word for it or try it out yourself - no taste of its own, no added flavor and no distortion of your blends original flavor.

Not convinced yet? Then try it out with a FREE Filter test package

After more than 3 years of development, we can guarantee you without a doubt: Our products filter everything except the active ingredients in your blend.

Not convinced? You can find more info about this topic in this ARTICLE.

For now, the filter is available with a diameter of 6.4mm. We are currently working on a Hybrid Filter King Size Edition with a larger diameter.

Soon, dear filter friends, very soon!

Our filters are produced in Europe to meet our high quality standards and enabling a higher level of quality control. Additionally, this enables shorter delivery routes and reduces CO2 emissions.

The filters are packaged by individuals with disabilities in integration workshops in Austria.

Activated carbon, also known as activated charcoal or medicinal charcoal, is a specially treated form of carbon that exhibits high porosity. This porosity is achieved through the activation of carbon, typically by heating carbonaceous materials such as wood, coconut shells, or other organic substances under controlled conditions, often in the presence of gases such as steam or carbon dioxide.

Activation significantly increases the surface area of the carbon, allowing it to adsorb various substances. Adsorption refers to the process in which molecules or ions adhere to the surface of a solid.