Product Description
Reds Apple by 7 Daze Salt Series 30ml
7 Daze Salt Series Reds Apple Salt Nic Review
Vitalize your taste buds and take a puff of the most popular apple juice flavor with Reds Apple by 7 Daze Salt Series 30ml. Known for their crisp and accurate depiction of freshly squeezed apple juice, Reds has released their entire lineup in salt nic form. Composed of a delicious apple juice, Reds Apple Salt Nic will literally make it feel as if you were taking a drink out of your favorite juice! You will experience a glorious wave of pure satisfaction with every puff, perfect for anyone who enjoys a great-tasting fruit flavor.
What is Reds Apple vape juice? Reds Apple by 7 Daze Salt Series is a delicious recreation of apple juice, yet infusion with quality salt nicotine for smooth and enjoyable puffs. With each inhale of Reds Apple Salt Nic vape juice, a generous helping of freshly squeezed apple juice will flood your palate, and its only mission is to please you. You will be amazed by how accurate this flavor tastes and will think you are physically drinking real apple juice! During exhale, you will feel the refreshing and gentle nature of the flavor wash away all your worries and before you know it, it will be time to replenish your supply.
7 Daze is one of the industry's largest names in vaping, and it's because the brand continues to produce the most amazing flavor creations to add to its arsenal of delicious vapes. The brand first came onto the market in 2014, quickly creating its famed Selfie Sunday flavor. Due to its success, it went on to use that same flavor as a base for the rest of its collection, Reds Apple. The Los Angeles, California-based brand has now created a range of delicious tastes and its 7 Daze Salt Series, allowing customers to experience higher nicotine strengths with smoother draws.
Reds Apple Salt Nic by 7 Daze Salt Series will arrive in 30ml Unicorn bottles with nicotine options of 30mg and 50mg. We do not recommend salt nic to be used in sub-ohm devices as they were designed for pod-based systems.