Seedless Sour Watermelon by Salty Man Vapor | 100ml
Salty Man Seedless Watermelon e-liquid is a real fruit flavor extracted with high-quality processes to bring out the natural tart! If you still long for those sour watermelon gummy candies that you enjoyed as a kid, Salty Man Seedless Sour is where it's at. The sour watermelon taste will bring back wonderful memories while providing you with a deeply refreshing flavor.
The inhale instantly slaps your tongue with deeply sour watermelon flavor. This fruity blend of sour candies and freshly cut watermelon promises to excite the taste buds and satisfy a craving with every puff. The sourness slowly fades, revealing the crisp and refreshing taste of juicy watermelon slices. With each exhale, super sweet gummy candy flavor sticks to your sweet tooth. The sugary finish will satisfy your sweet tooth's desire for candy.
Salty Man Seedless Sour comes in a 100ml chubby gorilla bottle with an excellent throat hit base of 60/40 VG/PG. Seedless Sour is a perfect fruity combination of a watermelon and our favorite sour candies, making the perfect treat for any day.
Look no further than Seedless Sour by Salty Man and take your chance to experience those nostalgic gummy bear candies that can be yours to savor when you vape this salt nic e-liquid flavor.
Primary Flavors: Watermelon, Sour Candies
Bottle Sizes: 100ml
Nicotine Level: 0mg, 3mg and 6mg
VG/PG: 60%VG / 40%PG
Recommended for use with: Pod System Devices
Not recommend for use with RDAs or sub-ohm tank devices.
Salty Man Vapor e-Liquid is an e-Juice company known for their twelve incredibly complex flavor profiles that are infused with smooth blends of Nicotine Salts (Nic Salts), a higher nicotine level without a harsh throat hit. This product is specifically designed for use in pod based devices and other low output atomizers.
** This product is made with nicotine salts**
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CALIFORNIA PROPOSITION 65 - Warning: This product contains nicotine, a chemical known to the state of California to cause birth defects or other reproductive harm. Learn More