Buxton REI-TW 300 DARK GREY IPX7 TWS

Enjoy listening to your favourite music without cables. Their ear-covering design guarantees great insulation from background noise. These Buxton REI-TW 300 DARK GREY IPX7 TWS Wireless Headphones are made with Bluetooth for wireless connection to your device. Say goodbye to annoying cables. With a frequency ranging 20 to 20000 Hz, you can rest assured knowing that you won't miss a single note of your favourite song.   These headphones are also equipped with a built-in microphone. These wireless headphones from Buxton are equipped with 5.0 Bluetooth. The volume can be adjusted using the control wheel. This model can even pick up calls. Songs can be switched easily using the controls. This model is completely without wires, so true wireless. You can easily replace the plugs if necessary. The package also includes a case for safe travel. These Buxton REI-TW 300 DARK GREY IPX7 TWS are made with a water resistance rating of IPx7. A fully charged battery will be able to last you 48 hr(s).

Buxton REI-TW 300 DARK GREY IPX7 TWS Wireless Headphones Key Features

• Material of these wireless headphones from Buxton REI-TW 300 DARK GREY IPX7 TWS: closed
• Beautiful grey colour
• Fantastic background noise reduction for beautiful, clean sound
• Volume level control buttons
• Connection method: Bluetooth
• No-wire connection with Bluetooth allows for ultimate freedom
• Single charge battery life: 48 hr(s)

The Buxton wireless headphones also have a microphone

Every user is sure to like the included microphone. The microphone on these Buxton wireless headphones ensures flawless voice calling with family or friends. This microphone is built directly into the headphones. The Buxton REI-TW 300 DARK GREY IPX7 TWS wireless headphones microphone is made with so-called omnidirectional scanning. It is therefore mostly suited for quiet rooms, where there will be little ambient noise. The microphone can suppress background noise, so others will hear you clearly. Its advantages include an echo cancellation function.