Vapcell INR21700 Battery (In Case)

For vapers seeking robust, enduring power for their high-performance devices, the Vapcell INR21700 Battery stands out as a true workhorse, delivering a phenomenal balance of high capacity and impressive continuous discharge. If you're running a demanding sub-ohm kit or a powerful box mod, this 21700 cell is engineered to keep up with your every puff.

Core Power Technology

At its heart, the Vapcell INR21700 leverages advanced Lithium-ion (INR) chemistry, meticulously designed for high-drain applications. This isn't just any battery; it's a high-current cell, often referred to as a P42A-class cell, built to provide consistent, reliable power output even under heavy load. What this means for you is sustained performance at higher wattages, faster ramp-up times for your coils, and a battery that won't falter when your vape demands serious energy. Furthermore, all Vapcell batteries we supply are compliant with the EU Battery Directive 2006/66/EC and the Waste Batteries and Accumulators Regulations 2009 (Amended 2015), ensuring peace of mind regarding quality and safety.

Features & Performance

The Vapcell INR21700 boasts an impressive 4200mAh typical capacity, providing significantly longer vaping sessions compared to smaller 18650 cells. This substantial capacity is paired with an equally impressive 30A maximum continuous discharge current (CDR), making it perfectly suited for sub-ohm vaping and devices that operate at higher power settings. With a nominal voltage ranging from 3.6V to 3.7V and a maximum charge voltage of 4.2V, this flat-top 21700 battery (measuring approximately 21mm x 70mm) is designed for optimal compatibility and performance in a wide array of single and dual battery vape mods. Each Vapcell INR21700 is supplied individually in a robust protective case, ensuring safe storage and transport for your essential power source.

This Vapcell INR21700 Battery is the perfect choice for advanced vapers who demand uncompromising power, exceptional battery life, and unwavering reliability for their high-wattage and sub-ohm setups.