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Description

The THOR-112560 is a 3.7V 1800mAh lithium polymer cell with an 11 × 25 × 60mm bare-cell envelope and 6.66Wh nominal energy. The thickness is 11mm—not 1.1mm. Its narrow 25mm width distinguishes it from alternatives such as THOR-723860 at 7.2 × 38 × 60mm and THOR-804050 at 8 × 40 × 50mm, which are thinner but require wider cavities.

This narrow, deep geometry is a technical-fit candidate for compact medical monitors, elongated handheld sensor units and industrial instruments with a constrained-width battery bay. The current configuration indicates approximately 2mm additional length with the PCM; connector, wires, insulation, pouch expansion and manufacturing tolerances must be included in the finished-pack envelope.

Use 6.66Wh only as a nominal basis for early energy budgeting. Runtime and current suitability depend on the real load profile, conversion losses, temperature, cutoff voltage, charging method and the selected protection configuration.

THOR-112560 Engineering & Fit Questions

What is the nominal bare-cell thickness of THOR-112560?

The nominal bare-cell thickness is 11mm, giving an 11 × 25 × 60mm cell envelope. This value does not include the PCM, connector, leads, insulation, production tolerances or normal pouch-cell dimensional change.

How does THOR-112560 compare with THOR-723860?

THOR-723860↗ has the same 60mm length and 1800mAh rating, but it is 7.2mm thick and 38mm wide. THOR-112560 is 11 x 25 x 60mm.

Do 11 x 25 x 60mm include the PCM and leads?

No. They are bare-cell dimensions. Allow for the PCM, connector, leads, insulation, expansion and tolerances.

Stable 3.7 V nominal output for reliable power delivery
Long cycle life — typically several hundred cycles, cost-efficient
Built-in protection: overcharge, over-discharge, short-circuit
Custom size, capacity, connector & PCM/BMS
UN38.3 / MSDS ready; CE, KC, ROHS on request

Why Choose THOR Power

A vertically integrated lithium battery manufacturer (Dengzhou Xinju New Energy) with the scale and engineering depth to deliver custom LiPo cells reliably at volume.

3 factories, 800+ staff

Source-manufacturer scale — not a trading company.

200+ engineers

R&D led by a chief battery scientist for rapid custom design.

60,000 pouch cells / day

High-volume manufacturing with products exported across the US, Europe, Japan & Korea, SE Asia, Latin America and Africa.

End-to-end quality control

From raw material to finished cell.

Factory Photos

Automation Equipment

Testing Equipment

Warehouse & Certifications

Model	THOR-112560
Battery Type	Lithium Polymer (LiPo) pouch cell
Capacity	1800 mAh
Certifications	UN38.3 / MSDS (IEC 62133-2, CE, KC on request)
MOQ	From 10 pcs for samples; production quoted per project
Customization	Size, capacity, connector, wire length, PCM/BMS, NTC, label

3.7V 1800mAh Lithium Polymer (LiPo) Battery with Connector | THOR-112560

The THOR-112560 is a 3.7V 1800mAh lithium polymer battery with an 11 × 25 × 60mm bare-cell envelope, 6.66Wh nominal energy and an approximate catalog weight of 29g. Its narrow 25mm footprint suits constrained-width enclosures that can accept the 11mm thickness. Allow for the PCM, connector, wires, insulation, pouch expansion and production tolerances when checking the finished pack.

Wholesale Pricing (USD)

Order Quantity	Reference Unit Price
10 – 99 pcs	—
100 – 999 pcs	—
1,000 – 9,999 pcs	—
10,000+ pcs	Contact for best price

Reference pricing for this model is being finalised. Talk to a Battery Engineer for a same-day quote.

Prices are for standard configuration reference only. Final pricing may vary by cell size, capacity, connector, wire length, PCM/BMS, label, packaging, certification requirements, and order quantity. Shipping cost is not included. MOQ: from 10 pcs for samples; production quantities are quoted per project.

Get an Engineering Quote

Custom sizes, capacities, connectors & PCM/BMS available. MOQ-friendly. Samples in days.

Battery Specification — THOR-112560

Mechanical Characteristics

Model	THOR-112560
Cell Type	Lithium Polymer (LiPo) pouch cell
Configuration	1S1P (customizable)
Dimensions (T×W×L)	11 × 25 × 60 mm (bare cell)
Dimension Tolerance	Thickness ±0.2 mm; Width/Length ±0.5 mm
With PCM Board	Length approx. +2 mm vs bare cell
Weight	Approx. 35 g
PCM / BMS	Included (standard)
NTC Thermistor	Optional
Connector	PH2.0 / Molex 1.25 (custom available)
Wire Length	Customizable
UN38.3	Test Summary available
Safety Data Sheet	SDS / MSDS available
IEC 62133-2	Available for selected models
RoHS / REACH	Compliance documents available

Electrical Specifications

Nominal Voltage	3.7 V
Rated Capacity	1800 mAh
Energy	6.66 Wh
Charge Voltage	4.20 ± 0.03 V
Standard Charge	360 mA (0.2C), CC/CV to 4.20 V
Charge Cut-off Current	0.02C
Max. Charge Current	1.8 A (up to 1C), model-specific
Discharge Cut-off Voltage	3.0 V
Standard Discharge	360 mA (0.2C)
Max. Continuous Discharge	1.8 A (1C), model-specific
Internal Resistance	≤ 70 mΩ (1 kHz, 50% SOC, 25℃)
Cycle Life	≥ 500 cycles, ≥ 80% capacity
Cycle Test Condition	0.5C charge / 0.5C discharge, 3.0-4.2 V, 25 ± 2℃
Charge Temperature	0℃ ~ 45℃
Discharge Temperature	-20℃ ~ 60℃
Storage Temperature	-10℃ ~ 45℃ (≤ 1 month)
Capacity Retention	≥ 90% after 28 days @ 25℃
Note	Higher discharge-rate designs available upon engineering review

Protection Circuit (when PCM equipped)

Overcharge Detection	4.28 ± 0.03 V per cell
Overcharge Release	4.08 ± 0.05 V
Over-discharge Detection	2.75 ± 0.05 V
Over-discharge Release	3.00 ± 0.05 V
Overcurrent Protection	Per PCM design (2A ~ 5A typical)
Short-circuit Protection	Yes, auto-recovery

Values shown are THOR Power standard specifications for this cell class. Final parameters are confirmed in the engineering datasheet for your configuration.

Typical Applications — THOR-112560

Compact Medical Monitors with Narrow BaysPrimary technical-fit use where a 25mm-wide cavity can accept the 11mm bare-cell thickness and complete protected pack.

Elongated Handheld Sensor UnitsFor sensor devices that favor a narrow 25 x 60mm footprint over wider, thinner 1800mAh alternatives.

Industrial Instruments with Constrained WidthFor instruments after load profile, connector, wire routing, thermal behavior and charging requirements are validated.