Several reports have been published indicating that vaping devices are 95% safer than tobacco cigarettes. It’s mainly based on the risk factors that traditional cigarettes have, i.e. tobacco. When vaping, you don’t have to burn tobacco which produces toxins like cigarettes. Instead, the device uses liquid to heat it into an aerosol which makes the vaping device a safe option for you.
Besides all these ingredients, technologies also play a key role. Innovations like adjustable airflow, short-circuit protection and temperature controls have been integrated into the devices that make vaping safer than ever.
I have tried many vape brands that have these features. Out of them, I suggest you go with the collection of Geek Bar Pulse as they use the techs more effectively.
Summary: Vaping Innovations For Safety Concerns
-
Vaping has managed to be a popular alternative to traditional cigarettes.
-
Although the device might not have risky ingredients like tobacco, some safety concerns lingered. To address these problems, manufacturers started formulating multiple technologies to develop safe vaping devices in recent years.
-
Although it’s not possible to make it free of health risks, the harmful effects can be reduced.
-
Innovations like temperature controls, short-circuit protection and airflow adjustment have helped make vaping much safer.
-
Manufacturers have set new standards for vaping safety.
List Of Dangers Of Vaping
-
Short circuit: This occurs when something is wrong with the circuit that connects the battery in the vape to the atomizer coil.
-
Toxic ingredients: E-liquids containing components like diacetyl and acetyl propionyl can pose health risks like inflammation, headache, cough, lung damage, and cancer.
-
Uncontrollable vapor inhalation: Taking in a high amount of vapor can lead to several health hazards.
-
Lip burning: Drawing longer puffs can heat the coil to an extent that can burn your lips.
4 Innovations That Are Making Vaping Safer Than Ever
1. Customizable Airflow Systems
A customizable airflow system is one of the effective innovations of vaping devices. It protects you from inhaling too much vapor and harsh hits that can affect you.
Most modern vapes like Orion Bar have adjustable airflow setting that regulates vapor production in the tank. Increasing the airflow gets you a cooler, smoother hit whereas decreasing the airflow makes it warmer and more intense. Whether you want smoother inhale, richer flavors, or bigger fogs, this feature helps you have a perfect vape.
That’s not the end! Adjustable airflow in vapes also lets you control the amount of vapor you inhale. Taking longer drags and inhaling too much vapor can have adverse effects on your health. A 2018 study has mentioned that greater airflow can expose vapers to concerning levels of harmful e-liquid solvents.
So, this feature has been incorporated into vapes to control abnormal flow rates and prevent health hazards.
2. Safe Ingredients In E-Juice
You’ll find many E-Juice made with safer ingredients than the ones used back in the day. Now, the liquids have propylene glycol and vegetable glycerin mostly that are used as carriers for flavors and nicotine.
These two have been classified as safe by the FDA. However, it depends on the ratio and percentage. The higher amount and improper ratio of PG and VG can still pose a risk of health hazards like inflammation or pigmentation. I usually check the ingredient list and the amount used in the e-liquid and would suggest the same.
Many studies suggest that vaping nicotine is less harmful than the one used in tobacco. A report by the National Academies of Sciences, Engineering, and Medicine found strong evidence indicating that vapes expose you to far fewer potentially toxic substances than traditional tobacco cigarettes.
Researchers are also trying to formulate safer synthetic nicotine. Lab-made nicotine wouldn’t have the risks tobacco-derived products have like tar and carbon monoxide. Instead, it’d offer a purer vaping experience while ensuring safer benefits.
3. Short Circuit and Auto-Cutoff Protections
Newer vaping devices like Voopoo Argus won’t electrocute you anymore as they have short circuit and cutoff protections. Both the features work together that make the device stop running as it detects overcurrent or any other abnormalities inside.
A short circuit happens when there’s unexpected metal-on-metal contact because of faulty wiring or batteries. This causes the device to overheat and fire which can result in electrocution or explosion.
The short circuit and auto-cutoff protections help detect such abnormal internal connections, break that circuit, and shuts off the device.
Here are some of the technologies used in vapes that help protect you from short circuits.
-
Smart Microchips: Monitor and regulate battery use, and shut down the device if a short circuit is detected.
-
Battery protection circuits: Prevent excess current flow or overcharging.
-
Insulated wiring: Reduces the risk of electrical shorts with high-quality insulated wiring.
4. Temperature Control
Hate how the vapes get hotter on your lips whenever you take longer drags? But now there’s a temperature control system in vapes that lets you set the max temp your vape coils will be heated to.
You can select the temperature between 300°F and 600°F. That way, your device adjusts the power output so the coils never go beyond the set threshold. Consequently, it prevents you from dry and burnt hits.
I usually set the temp around 350-400° F as it keeps my Smok G-Priv vaping device cool while releasing a full flavor profile.
Frequently Asked Questions
What Makes Vaping Safer?
The use of safer ingredients like PG and VG and the integration of advanced technologies have made vaping safer than standard cigarettes.
When Was The First Vape Ever Made?
The first vape was developed in 2003 by Hon Lik, a Chinese smoker and pharmacist.
How To Vape Safely?
Here’s how you can vape safely:
-
Choose a vaping device with safety technologies.
-
Make sure the liquids contain synthetic nicotine and safer ingredients.
-
Start by drawing the vapor slowly into your mouth for 3-4 seconds.
-
Close your mouth and hold the vapor in for a second or two.
-
Open your mouth and inhale the vapor to the lungs.
-
Exhale.