FALSE
FALSE
FALSE
FALSE
Pod Juice Watermelon Burst Nicotine Salt e-Liquid 15/30ml
  • Load image into Gallery viewer, FALSE
  • Load image into Gallery viewer, FALSE
  • Load image into Gallery viewer, FALSE
  • Load image into Gallery viewer, FALSE
  • Load image into Gallery viewer, Pod Juice Watermelon Burst Nicotine Salt e-Liquid 15/30ml

Pod Juice Watermelon Burst Nicotine Salt e-Liquid 15/30ml

Regular price
£12.87
Sale price
£12.87
Regular price
£14.99
Sold out
Unit price
per 
Tax included.

Watermelon Burst Nicotine Salt by Pod Juice 30ml

Most of us remember those small packs of sweet fruit chews that were bursting literally with tangy juices. They were so good, that the pack would be gone within seconds. If you want to have this classic snack anytime your candy cravings start to kick up, then Pod Juice Watermelon Burst Nicotine Salt should be added to any vapor’s collection. This simple, straightforward watermelon chew flavor will have your taste buds popping.

Every inhale and exhale allow you to experience what a real fruit juice can do in all its succulent and tart glory.

The throat hit is just as fruity and savory with a flawless punch to have you feeling satisfied. 

After just one puff, you will be begging for more of this nic salt e-liquid. And that’s not a bad thing.

Primary Flavors: Watermelon Chews 

Bottle Sizes: 15ml, 30ml

Nicotine Level: 35mg and 55mg

VG/PG: 50%VG / 50%PG

Recommended for use with: Open Pod Systems

Not recommend for use with RDA's or sub-ohm tanks and devices.

Hailing from sunny Los Angeles, CA, Pod Juice has created a diverse line of salt nicotine e-liquids that vapers can enjoy. Made in a clean and FDA-compliant ISO laboratory, they use only top-quality ingredients, combined with their special nicotine salt solution, all to allow for a more flavorful vaping experience unlike any other.

Pod System Review

__________

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