The inserted cigarette tar filter has a simple design and comprises a plug pin. It is designed to be inserted into the cigarette, and has a diameter equal to or less than the diameter of a cigarette. It has a filtering chamber formed between the bottom of the filtering body and the cap. Its unique design makes it easy to insert and remove, and the filtering process is simple. It reduces cost due to its simple structure and easy installation.
TheAntiTar is designed to filter tar while notchanging the flavor of the cigarette. The filter is made from Food Grade Silica Gel and Polyethylene or Polystyrene Plastic, and does not contain sponges or chemical substances. It uses Venturi Principle technology to filter the tar. This method can be used in both traditional cigarettes and electronic cigarette filters. Once the filter is installed in the cigarette, it will help reduce the tar odour.
The 3rd Generation AntiTar filters are designed to block up to 90% of cigarette tar. It can be reused up to six times and is claimed not to change the taste of cigarettes. It features a wide rectangular vent that helps in smoother breathing and allows the smoker to use the filter without discomfort. The company claims that it is the third generation of cigarette tar filters, and it has fewer downsides than other brands.
As of 2011, a single filtered cigarette contains less than 0.06 percent of nicotine or tar. In addition, the FTC guidance dated from 1966 states that the tar yield is measured by volume. The FTC’s guidance states that tobacco companies may make statements about their tar and nicotine yields by using the Cambridge filter method. While the FDA’s approval is still required to test and label filtered cigarette products, it is important to remember that tar content is not the only factor to consider.
Activated charcoal was also tested. Researchers from Celanese found that charcoal was ineffective in adsorbing toxic gases from cigarettes. While charcoal does retain some of the tar, it is not capable of adsorbing a large percentage of the toxins from mainstream cigarette smoke. As a result, charcoal is no longer found in cigarette filters in the US. Its effectiveness is highly dependent on the specific type of cigarette filter used.
Natural fibres are not uniform in structure, making mass filter production difficult. This would prevent uniform influence over the smoke in the mainstream. To avoid this problem, cigarette manufacturers developed a custom material. It’s interesting to note that synthetic fibre technology has only recently reached the American market. The most prominent is nylon. And despite the recent progress in synthetic fibre technology, it has still not become ubiquitous yet. Nevertheless, synthetic fibres have proven to be effective.
Despite its many negative impacts, the cigarette tar filter is still the single biggest source of plastic pollution. More than 1 million tonnes of plastic filters are discarded each year. The European Union has begun cracking down on the issue by imposing new regulations requiring tobacco companies to contribute to cleaning up cigarette stubs. The new rules also require the companies to add a label to their packets that indicates that their products contain plastic.
