❄ Hit™ Nicotine Salts™ - 100mg/mL ❄ USP Chroma
FIFO - Freeze in, First out - is Nude Nicotine's new on-demand shipping option! We have a select amount of SKU that are kept in-stock in our -20C freezer system for immediate retrieval and shipping. Instead of the traditional Nude Nicotine method of manufacture-to-order, we now have the option to ship immediately without lead-time! Freeze in First out orders are selectively shipped first and foremost, with a maximum 48 hour wait time from order-placed to out-the-door.
If your order is placed before 8:00 am (PST) on Mon-Thurs, it will be processed and shipped by the next day!
(All orders placed after 8:00 am (PST) Friday will be processed and shipped on the following Monday)
"Hit™" Nicotine Salts™ solution is one of our three Nicotine Salts™ formulations designed around harnessing the differing properties of nicotine inhalation character. "Hit™" utilizes a blend of multiple cations in exacting proportions to focus on the throat hit of nicotine. "Hit™" is exactly how it sounds, a hit. The dominant cationic components in the "Hit™" formulation focus on nicotines ability to "bite" the back of the throat. This is a character that is extremely attractive to some! The vaper may focus on the throat "bite" of "Hit™," rather than that of dosing with nicotine or the need for the other effects of nicotine. Mouth-to-lung vapers, rejoice! Users of smaller atomizers and seekers of a higher-strength nicotine experience will be pleasantly satisfied directly replacing their current standard nicotine base formulations with "Hit™" Nicotine Salts™ by Nude Nicotine! "Hit™" Nicotine Salts™ are formulated at 100mg/mL concentration and diluted in PG and VG, ready for use immediately. The use of the cationic salts may accelerate the color change of the nicotine salt solution, but is by no means indicative of oxidation therein. The binding of the two molecules results in a sharing of electrons from the cationic salt with the anionic nicotine, resulting in color!!! To the contrary, the binding of cationic salts at nicotine's electronegative nitrogens prolongs the oxidative damage it may suffer in comparison to a non-salt formulation.