Which vape juice ingredients you need to avoid
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Which vape juice ingredients you need to avoid


👤PHENRY    📅19-04-2021 15:19

      Vaping has evolved from being an alternative to smoking into a trend of its own. But as the dindustry expands, the challenges regarding quality are also on the rise.



The growing popularity of vaping has encouraged a surge of vape products in the market. As more people are interested in experiencing vaping, companies are coming up with many innovative vape products and diverse flavors of e-liquids to grow their user base.

Vaping has evolved from being an alternative to smoking into a trend of its own. But as the dindustry expands, the challenges regarding quality are also on the rise.

Vaping is a relatively new method of consuming nicotine, herbs, and flavors. Hence the long term effects of using these products are uncertain. Some recent studies show that certain ingredients in CBD vape juices for pain can threaten users’ health and wellness after regular use. So what are these chemicals that you need to avoid in your vape juice? Well, here is a list of a few flavorings and chemicals to eliminate from your vaping habit.

What makes some chemicals dangerous?
While most of the past studies have focused on understanding how vaping is safer than smoking, recent studies have been centered around observing the long-term effects of vaporizing and consuming ingredients of e-juices.

Typically e-juices constitute Vegetable Glycerin (VG), which provides vapor density and Propylene Glycol(PG) that contributes to the throat hit. These two components in the right ratio are very critical to enjoying a safe and comfortable vaping experience. Apart from these, there are food grade flavoring agents and nicotine in some e-liquids.

While most good quality-liquids contain such high-grade ingredients, many liquids introduce harmful chemicals into the mixture. Not just low quality, but certain certified and approved food grade ingredients also tend to initiate harmful effects when vaporized.

Research suggests that some chemicals of e-juices tend to interfere with the characteristics and functionality of white blood cells in the body. When converting to vapors, the oxidation process gives rise to new compounds that could cause permanent damage to the body. They can reduce the ability of cells to produce oxygen and also increase the risk of cellular toxicity. They can interfere with the respiratory system’s overall functioning and impair the tissues and cells, causing chronic respiratory disorders.

Hence as a precaution, it is best to avoid e-liquids containing these chemicals to prevent exposure to toxic substances.

Mixed flavors
The excitement of buying new and innovative flavors with mixed offerings such as Kiwi, Apple, and Strawberry is quite enticing. The thrill of trying mixed flavors for vaping is almost unique. But compared to single flavors, mixed flavors contain more chemicals used to create the blend.

It means that cell damage is also high as the chemical concentrations are more in this case. Another important point to remember about mixing flavors is that certain mixtures could give birth to new compounds that may have uncertain risks to the overall health.

Menthol
The refreshing flavors of menthol are one of the most preferred flavors in e-juices. The cooling after-effects of these e-liquids can be quite comforting during a long vaping session. But the chemicals used to create the flavors can damage the epithelial cells and increase the risk of cell death.

Studies also suggest that prolonged usage of the flavors could initiate bronchial cell damage.

Cinnamon
The bold flavors like cinnamon from vape juices can induce nostalgia about cinnamon brimming breakfast recipes. But the enchanting aroma and taste of cinnamon, which is created using a chemical known as cinnamaldehyde in e-juices, can have toxic effects. Although the FDA’s flavoring agent is approved to be food grade, vaping of the substance can be harmful to the body.

The compound could start damaging the white blood cells and reduce the ability of lungs to remove mucus. It could also affect oxygen production in cells and increase cellular toxicity.






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