Aspire Nautilus 2

Description

The Aspire Nautilus 2 Tank measures at 22mm in diameter all within a well-balanced and modern design which includes a prominent drip tip. The maximum tank reservoir is 2ml, which is refilled by a convenient threaded top-fill method simply by removing the metal sleeve of the chassis. The bottom vertical structure to ensure that maximum flavor performance is ahived and this is coupled with ample wicking ports to ensure consistency during long periods of use. Each Nautilus 2 Tank includes a 0.7ohm which is rated for 18w - 23w, and a 1.8ohm, rated for 10w -14w. Working in synergy with the shorter chimney, the result is a better flavor recreation experience due to the minimal airflow travel. Airflow enters the Nautilus 2 Sub-Ohm Tank through five adjustable airslots, each measuring a different diameter for precision fine-tuning for desired airflow pull. 

Compatible With

• Aspire Nautilus BVC

Features

Warning: Please ensure to properly prime each coil and pod before you use them. Always use proper precautions and handling. If the coils has a sub-ohm resistance, sufficient technical knowledge and understanding is required on the use of batteries, mods, and kits that can handle Sub-Ohm coils. If you are unsure whether you are familiar or not on particular products and/or set-ups, please do not use. Never use short or flat 510 connections on any hybrid/hybrid style devices. There is always an inherent risk when using any rechargeable batteries at any time and under any circumstances. Please ensure that you have great knowledge on all rechargeable batteries before you use them with your vaping device. Always charge batteries at the clean and fire-proof surface. Never leave charging batteries or vape devices unattended. If batteries are visibly damaged, do not use. Please have sufficient understanding of the batteries/chargers and any rechargeable cells you are using and how to care for them properly. Always store, keep and transport the rechargeable cells in a safe, non-conductive container in a controlled environment whenever possible. Rechargeable cells are very sensitive to charging characteristics and may explode or burn if mishandled.