Mobile Phone Battery Virgin Mobile CS-ZTN970XL (1600 mAh, 3.7 V)

Name: Mobile Phone Battery Virgin Mobile CS-ZTN970XL (1600 mAh, 3.7 V)
Price: 8.61 GBP
Availability: InStock

Product Code: CS-ZTN970XL

Brand: Cameron Sino

Mobile Phone Battery Virgin Mobile CS-ZTN970XL

Do you have a question about this product?

Mobile Phone Battery Virgin Mobile CS-ZTN970XL (1600 mAh, 3.7 V)

Product Code: CS-ZTN970XL

Brand: Cameron Sino

Capacity	1600 mAh
Rate	5.92 Wh
Voltage	3.7 V
Type	Li-ion
Color	Black
Net weight	27 g
Dimensions	59.4 x 46 x 5.1 mm

Is in stock!
Estimated delivery date: Wednesday 1. January

£8.61

Ex Tax 20%: £7.18

Qty:

Add to Cart

30 days return option

Verified compatibility

Shipping from £2.00

Your payment methods

Capacity	1600 mAh
Rate	5.92 Wh
Voltage	3.7 V
Type	Li-ion
Color	Black
Net weight	27 g
Dimensions	59.4 x 46 x 5.1 mm

Do you have a question about this product?

Is in stock!
Estimated delivery date: Wednesday 1. January

£8.61

Ex Tax 20%: £7.18

Add to Cart

30 days return option

Verified compatibility

Shipping from £2.00

Ihre Zahlungsmöglichkeiten

The product is fully compatible with the following devices:

Amazing

Virgin Mobile

AWE

AWE N800

ZTE

BLADE 3

BLADE 3 PRO

BLADE C

BLADE G PLUS

BLADE III

BLADE III PRO

BLADE L

EMBLEM

GRAND X

GRAND X 3G

GRAND X LTE

GRAND XM

MIMOSA X

N800

N800 AWE

N807

N810

N817

N818

N861

N861 WARP SEQUENT

N880F

N881E

N970

REEF

SONATA 2

T82

U795

U807

U807N

U817

U930

U970

V807

V813

V829

V889F

V889M

V889S

V907

V930

V956

V970

V970T

WARP 2

WARP II

WARP SEQUENT

Z750C SAVVY

Z752C ZEPHYR

Z755

NET10

SAVVY

Z750

Z750C

SRF

STARADDICT 2 PLUS

The product is interchangeable with the following product numbers:

LI3716T42P3H594650

LI3717T43P3H494650

LI3717T43P3H594650

Description

Mobile Phone Battery Virgin Mobile CS-ZTN970XL is a versatile power source suitable for a wide range of electronic gadgets. Offering full compatibility with many device models, it provides an economical solution for buyers. Additionally, its universal usage supports environmental sustainability and ensures adaptability.