HΩ Grown (Hohm Grown) INR 26650 3.7V Li-NiMn 4307mAh 51.6A/32.3A CDR High Drain Rechargeable Li-ion Battery Batteries FT (2-Pack)

21.5A CC (Constant Current) Show details
HΩ Grown (Hohm Grown) INR 26650 3.7V Li-NiMn 4307mAh 51.6A/32.3A CDR High Drain Rechargeable Li-ion Battery Batteries FT (2-Pack)
$24.99

Availability: In stock

SKU: ECB343
General
Name HΩ Grown (Hohm Grown) INR 26650 3.7V Li-NiMn 4307mAh 51.6A/32.3A CDR High Drain Rechargeable Li-ion Battery Batteries FT (2-Pack)
Brand Hohmtech
Classification
Product Type E-Cig Batteries
Display
Aesthetic
Chargers
E-Cigarette
E-Cigarettes
Electronic Components
Power & Batteries
Battery Capacity (Mfg Rated) 4500mAh
Battery Chemistry Li-NiMn (High Drain)
Battery Rated Voltage 3.7V
Full Charge Voltage 4.2V
Battery Form Factor 26650
Maxi Continuous Discharge Current 35 A
Battery Type Rechargeable
Package
Package Type Retail
Package Contents 2*HΩ GROWN(Hohm Grown) Battery
Dimensions
Height 0.73 in
Length 2.57 in
Width 0.73 in
Diameter 26 mm
Product Weight 4.52 oz

Details

Phenomenal for those that want serious punch in the 26650 world, without forfeiting capacity.  These are rated at 4307mAh, with a pulse & peak rate of 51.6A, and a CC of 32.3A within normal operating temperatures.

Built specifically for vapers, with the vape industry at heart.  Battery venting and safety was top priority.  To elaborate: 1) modified cathode tag consisting of higher purity aluminum, 2) updated poly seal, 3) enhanced PTC ring (enhanced PTC ring has a greater multiplier of resistance when triggered for safety).

Based off the BBC 26650 chemistry foundation, manganese inert compound replaced with additional proprietary levels of cobalt & nickel to achieve unprecedented levels of CC & mAh combination.  Adjusting NMC ratios was key to acheiving recorded levels. 

**NOTICE: Hohm Tech themselves do not manufacture batteries. These are licensed and made specific to the collaborated efforts of BBC, IC, and HT.

**CAN BE CHARGED AT 4.30A (this is NOT a misprint, 4.30 as in FOUR POINT THREE amp charging is possible, tested, proven, and approved within all strict safety protocols set by Indonesia Chemistry.  Charging at this energy rate does impede overall battery life.

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