Dây Cáp Sạc Lò Xo Xoắn Ốc 3ft 1m
139.900
₫ 70.300
Sản phẩm Dây Cáp Sạc Lò Xo Xoắn Ốc 3ft 1m đang được mở bán với mức giá siêu tốt khi mua online, Vừa được giảm giá từ 139.900 xuống còn ₫ 70.300, giao hàng online trên toàn quốc với chi phí tiết kiệm nhất,0 đã được bán ra kể từ lúc chào bán lần cuối cùng.Trên đây là số liệu về sản phẩm chúng tôi thống kê và gửi đến bạn, hi vọng với những gợi ý ở trên giúp bạn mua sắm tốt hơn tại Pricespy Việt Nam
Description:
100% brand new and high quality!
The cable has consistent and reliable conductivity.
It allows you to transfer images and data between your cell phone, MP3, PDA, GPS systems to computer.
Length: about 25-30cm when not stretching, lengthening up to: 90cm-1 meter.
Realize GPRS Internet access, manage and edit mobile phone book on computer, synchronize phone book with OUTLOOK, memo, schedule.
Characteristics:
Color: Black, white.
Material: ABS
Compatible Models: Universal for V8 devices
Cable Length(unstretched): 25-30cm
Connector: USB 2.0
Quantity: 1 Piece
Package includes:
1*Cable
Notes:
-Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
-Please allow 1-3cm measuring deviation due to manual measure
100% brand new and high quality!
The cable has consistent and reliable conductivity.
It allows you to transfer images and data between your cell phone, MP3, PDA, GPS systems to computer.
Length: about 25-30cm when not stretching, lengthening up to: 90cm-1 meter.
Realize GPRS Internet access, manage and edit mobile phone book on computer, synchronize phone book with OUTLOOK, memo, schedule.
Characteristics:
Color: Black, white.
Material: ABS
Compatible Models: Universal for V8 devices
Cable Length(unstretched): 25-30cm
Connector: USB 2.0
Quantity: 1 Piece
Package includes:
1*Cable
Notes:
-Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
-Please allow 1-3cm measuring deviation due to manual measure