Vaping is growing in popularity, and the depths at which you can delve into this hobby are seemingly endless. From building your own vape coils to the exciting world of science behind vaping, there’s a lot to discover.
An estimated 40 million people use e-cigarettes worldwide, and some of them may have questions about these electronic devices and the chemistry of the e-liquids that work with them.
Some researchers believe these electronic smoking devices – and the products that go in them – have the potential to reduce the negative health impacts of traditional cigarettes substantially, and they may even help save lives.
The position statement on vaping from the American Cancer Society, one of our country’s leading experts on health and disease, may surprise you.
Based on available evidence, the ACS indicates that using e-devices and vape juice is less harmful than smoking cigarettes. Our infographic delves into the gritty details of vaping to help answer some of your questions about its many mysteries.
How Does Vaporization Work?
Vapor happens when a substance, such as a vape juice, is converted from a liquid into a gaseous state, usually with heat. Did you ever wonder about the ins and outs of an e-cigarette and how it achieves this vapor? Would you like an explanation of its various components, from the mouthpiece to the rechargeable lithium battery?
What Is an Atomizer?
With our detailed guide, you’ll learn what an atomizer is and its vital role in the science behind the vaping process. Find out how this little piece of equipment weakens the vape juice’s molecular bonds and delivers a premium experience.
Bridging Worlds: Nicotine Vape JuiceWhat Exactly Are You Inhaling?
Are you curious about the ingredients in vape juice, and what each ingredient brings to the table? Have you heard rumors about toxic chemicals, and now you want to know what’s not in an e-cigarette, too?
Discover how temperature is critical to achieving the best vaping session, and which compound – vegetable glycerin or propylene glycol – forms vapor at higher temperatures. We have the answers to these compelling queries.
What Do Ohms Have to Do With It?
Our infographic discusses ratios and ohms, and how they matter. Find out what electrical resistance has to do with a good cloud, and uncover the difference between vaping mouth-to-lung and direct-lung and their different requirements.
Do you know which method uses more nicotine and how many ohms your device should produce for the best experience? You will after you read our infographic.
The landscape of the smoking scene has changed rapidly in recent years with the introduction of vaping. Armed with the knowledge featured in our guide, millions of consumers can confidently use their electronic nicotine delivery systems or vape pens to get their dose of nicotine, as well as enjoy a variety of delicious flavoring.
We know you still have many questions about the science of vaping. Get the answers your inquiring mind demands, and take a look at our infographic below to learn more about the science of vaping.
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