BLVK N' Yellow Salt Mango Grape Apple Ice
Mango Grape Apple Ice by BLVK N' Yellow Salt E-Liquid 30ml taking tropical mangoes, grapes, and crisp apples blended with menthol in a nicotine salt blend.
We are introducing for the first time in Pakistan, the nic-free liquids of BLVK. BLVK has introduced a new line-up in its popular series, the N ’Yellow Salt Series. BLVK N ’Yellow Salt Series has mouth-watering spices such as Mango Banana Ice, Mango Strawberry Ice, Mango Grape Apple Ice, and Mango Passion Ice. There is something special about this series; all the flavors have mango in them to give you a new tropical feeling.
Get yourself a BLVK N ’Yellow Mango Grape Apple Ice, taking tropical mangoes, grapes, and apples mixed with menthol in a salty nicotine-based blend. Fresh mango slices mixed with delicious dense grapes and peeled apples.
Mango Grape Apple Ice satisfies the taste with delicious flavors while providing the throat with the satisfying nicotine rush you desire. Juicy grapes and apples combine to quench your thirst and satisfy your sweet taste with the right amount of tropical mango flavor in the form of candy vape.
Mango Grape Apple Ice hits the spot with tart grape flavors in every scent. As the apple notes fall on the tongue, your mouth will water. Apple flavor adds richness with its low acidity. The sweetness of the mango fruit intensifies when you breathe, and your thirst quenches.
Unlike the previous BLVK series of BLVK Pink Series, BLVK Salt Plus Series, and BLVK Unicorn Series, the flavors of BLVK N 'Yellow Series are now made with Non-Tobacco Nicotine, a synthetic nicotine that does not come from tobacco leaves. . This may result in a different experience as TFN can reduce the aggressive profile usually in standard E-Liquids.
Try this mouth-watering flavor of Mango Grape Apple Ice Salt Nic today. Now available online at Elite Cigs.
• Mango Grape Apple Ice – Mango | Grape | Apple | Menthol
• Bottle Size - 30mL Unicorn Bottle
• VG/PG Ratio - 50VG/50PG
• Available Nicotine - 35mg | 50mg
*NOT FOR USE IN SUB-OHM DEVICES*