Taking an already solid foundation, Hohm Tech has pushed further making the best of the best even better. Now utilizing proprietary structure, top cap, and chemistry (Li-CoO2/C), we can confidently say Sherlock2 is king of the 20700 game in every way imaginable. Idea was to power only electric motor applications, but found it too good to not share with the world. To prepare this cell to meet the extreme safety standards we hold ourselves accountable to, it took over a year of R&D on just the Cobalt Oxide ratio and Graphite stripping process.
The Sherlock2 20700 will excel very much like its counterparts do, but with increased tolerance to amp loads, voltage sustainability under load, and increased cell life with the inherent cooler operation of new chemistry. For consumers that use devices that require extremely heavy amperage, but need a battery that will support those loads without faulting, we introduce to the Sherlock2 20700 cell.
Sherlock2 Hohm can be used in various applications with a Battery Management System. These are rated by Indonesia Chemistry at 3116mAh capacity, with a CDR of 30.7A, an 80°C | 2.8V cut-off of 40.6A, and a pulse/peak rating of 47.1A. All ratings are subject to meet and/or exceed strict limitation policies set forth for DLr1, TID2, PVDL3, CLR4, mΩR5, and Temperature (°C). Sherlock2 is most closely related to the popular Hohm Work 2 18650 cell, but has chemistry stimulated and melded at different Hz. Results are incredibly high amperage delivery, with an assurance of consistent coalition within the Li-ion family.
Max Charge Rate: 4.67A
Max Charge Voltage: 4.25V
Continuous Discharge Rate: 30.7A
Max 80°C | 2.8V cut-off: 40.6A
Pulse | Peak: 47.1A
Cycle Life Retention: 500 Cycles (70%), 1000 (60%)
Chemistry Type: Li-CoO2/C
KEEP OUT out of reach of children and pets.
DO NOT store or carry batteries unprotected.
DO NOT use lower resistance (Ω) # OR exceed any cell limitation as indicated on cell.
DO NOT use in device that allows batteries to touch that are facing opposing directions (risk severe burn injury and explosion).
DO NOT install, use, or charge backwards or improper configuration.
DO NOT use a battery that has ANY dents, tears, punctures, or any other damage at all to its structure or outer label wrapping (risk severe burn injury). Inspect each battery carefully before use. This ensures safe, reliable, consistent operation, and functionality.
DO NOT use if hot to touch. Risk severe burn injury and explosion.
DO NOT charge over 4.2v or discharge below specified cut-off volts.
Lithium ion batteries have inherent risks that can cause severe burn injury, fire, explosion, and battery failure if not handled and used in accordance to an application’s power requirements and/or within the battery capabilities. Read specification sheets’ cautions, warnings, and prohibitions.