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Model

LIR1025

Nominal Capacity(mAh)

6±2

Max.Discharge Current(mA)

1C

Resistance(mΩ)

≤4000

Dimensions(mm)

10×2.5

ꁹ

Weight(g)

1.1±0.2

Nominal Voltage（V）

3.6

Model

LIR1220

Nominal Capacity(mAh)

8±2

Max.Discharge Current(mA)

1C

Resistance(mΩ)

≤3000

Dimensions(mm)

12.5×2.0

ꁹ

Weight(g)

0.8±0.3

Nominal Voltage（V）

3.6

Model

LIR1620

Nominal Capacity(mAh)

16±2

Max.Discharge Current(mA)

1C

Resistance(mΩ)

≤2000

Dimensions(mm)

16×2.0

ꁹ

Weight(g)

1.2±0.3

Nominal Voltage（V）

3.6

Model

LIR1632

Nominal Capacity(mAh)

25±2

Max.Discharge Current(mA)

1C

Resistance(mΩ)

≤2000

Dimensions(mm)

16×3.2

ꁹ

Weight(g)

1.7±0.3

Nominal Voltage（V）

3.6

Model

LIR2016

Nominal Capacity(mAh)

18±2

Max.Discharge Current(mA)

2C

Resistance(mΩ)

≤2000

Dimensions(mm)

20×1.6

ꁹ

Weight(g)

1.7±0.3

Nominal Voltage（V）

3.6

Model

LIR2025

Nominal Capacity(mAh)

25±5

Max.Discharge Current(mA)

2C

Resistance(mΩ)

≤2000

Dimensions(mm)

20×2.5

ꁹ

Weight(g)

2.3±0.3

Nominal Voltage（V）

3.6

Model

LIR2032

Nominal Capacity(mAh)

40±5

Max.Discharge Current(mA)

2C

Resistance(mΩ)

≤600

Dimensions(mm)

20×3.2

ꁹ

Weight(g)

2.8±0.3

Nominal Voltage（V）

3.6

Model

LIR2050

Nominal Capacity(mAh)

80±5

Max.Discharge Current(mA)

2C

Resistance(mΩ)

≤600

Dimensions(mm)

20×5.0

ꁹ

Weight(g)

3.8±0.2

Nominal Voltage（V）

3.6

Model

LIR2430

Nominal Capacity(mAh)

60±5

Max.Discharge Current(mA)

2C

Resistance(mΩ)

≤500

Dimensions(mm)

24.5×3.0

ꁹ

Weight(g)

3.8±0.3

Nominal Voltage（V）

3.6

Model

LIR2450

Nominal Capacity(mAh)

120±10

Max.Discharge Current(mA)

2C

Resistance(mΩ)

≤450

Dimensions(mm)

24.5×5.0

ꁹ

Weight(g)

5.0±0.3

Nominal Voltage（V）

3.6

Model

LIR2477

Nominal Capacity(mAh)

180±10

Max.Discharge Current(mA)

2C

Resistance(mΩ)

≤400

Dimensions(mm)

24.5×7.7

ꁹ

Weight(g)

7.0±0.3

Nominal Voltage（V）

3.6

3.6V rechargeable lithium-ion coin cells are widely used in four major categories of products: consumer electronics, automotive electronics, medical equipment, as well as the Internet of Things and wearable devices. Their core advantages include small size, high energy density, long service life and wide temperature compatibility.

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