Silicone tubes, as a new type of advanced pipe material for conveying liquids or gases, have a weaker adsorption principle than activated carbon. In fact, their adsorption strength is only about 10% of that of activated carbon. This highlights the importance of considering important details in everyday life when manufacturing the tubes. For instance, in a long water pipe, the water may contain various substances. Some of these substances, when encountering a tube with a strong adsorption principle, tend to stick more to the inner wall. As more substances adhere, it can easily lead to blockages in the pipe. Conversely, tubes for filtration devices must have strong adsorption properties, allowing them to filter out impurities.

Silicone Tube Device vs. Activated Carbon Differences

Active carbon inside silicone tubes is no longer a rare occurrence. Genuine active carbon, aside from its strong adsorption principle, can also filter out many impurities. The differences in the active carbon installed inside the tubes vary in quality, which is derived from the materials of both the active carbon and the tube. Some people believe that silicon has no adsorption principle, but I disagree. After all, when silicon is paired with a strong adsorption material, it also exhibits some adsorption differences. Just like the opposite poles of a magnet attracting each other, they can complement each other.

What is the adsorption principle of silicone tubes? Is it the same as activated carbon?

Silicone tubes and activated carbon have different adsorption principles. Activated carbon adsorbs all organic substances, essentially everything. In contrast, the adsorption principle of silicone tubes is not as broad; it does not adsorb all materials. For instance, it does not adsorb metallic substances or dry materials. However, it does exhibit an adsorption principle for soft, lightweight items.