2.3V 10Ah Pouch Cell LTO Lithium Titanate Battery Cell

Our LTO pouch cell redefines miniaturized energy solutions with a thickness of just 0.5mm and weight of 3g (for 20mAh models). The ultra-thin laminate structure is fully bendable (100,000+ bend cycles at 180°) and compatible with screen-printed electronics. Featuring a lithium titanate anode and solid-state polymer electrolyte, the cell eliminates liquid leakage risks while maintaining a flat discharge voltage of 2.3V. Customizable in shapes, it integrates seamlessly into curved surfaces like smartwatches and medical patches.

• Nominal Voltage: 2.3V (with a typical operating range of 2.0–2.4V) .

• Capacity: 10Ah (minimal capacity guaranteed under standard conditions) .

• Dimensions: Approximately 219×127×6mm (ultra-thin and flexible design for space-constrained integration) .

• Weight: ~0.6–0.8kg (lightweight for portable systems) .

• Cycle Life: ≥25,000 cycles at 80% depth of discharge (DOD), making it ideal for long-term applications .

1. Microscale Engineering: Offers capacities from 5mAh to 500mAh, with electrode thickness precision controlled to ±1μm.

2. Biocompatible Design: Meets ISO 10993 standards for skin contact, ideal for continuous glucose monitors and neurostimulation devices.

3. Ultra-Low Self-Discharge: Loses <1% capacity per month, ensuring 12-month shelf life for pre-charged medical inventory.

4. Rapid Thermal Dissipation: Aluminum nitride thermal pads enable <5°C temperature rise during 5C discharge, critical for portable electronics.

Wearable Tech: Powers smart rings (24-hour battery life) and AR glasses (10-hour continuous use), with wireless charging compatibility.

Medical Implants: Used in pacemakers and cochlear implants, offering 10+ years of maintenance-free operation.

IoT Sensors: Equips environmental monitors in harsh climates, surviving -30°C freezer storage and 60°C industrial ovens.

Hearing Aids: Provides rechargeable solutions with 16-hour runtime, replacing 3 million disposable batteries annually for a single clinic.