Experience the freedom of wireless audio with the HKM-174035 Wireless Stereo Bluetooth Headphones. Designed for seamless connectivity, these headphones offer a remarkable 14-hour talk time, making them perfect for long calls or extended music sessions. With A2DP music playback, you can enjoy high-quality sound from any Bluetooth-enabled device.

The HKM-174035 features intuitive function keys that allow you to manage calls and music effortlessly. Adjust the volume, pause your playlist, or navigate through tracks with just a touch. Compatible with all universal phones and music players, these headphones are designed for versatility.

Built with a robust lithium polymer rechargeable battery, the HKM-174035 ensures you can enjoy your favorite audio without interruption. With a standby time of up to 250 hours, you won’t have to worry about frequent recharging.

Key specifications include:
- Voltage: 3.7 volts
- Main chip: 3.0 + EDR
- Frequency range: 2.4G
- Transmission distance: up to 10 meters

Whether you're on a conference call or enjoying your favorite tunes, the HKM-174035 delivers engaging audio performance with excellent average sensitivity. The sleek, comfortable design ensures you can wear them for hours without discomfort.

Upgrade your listening experience with the HKM-174035 Wireless Stereo Bluetooth Headphones and enjoy the perfect combination of convenience and quality sound.

feature:
Long talk time, all universal phones, music player with A2DP
Function keys: volume +-, music playback, pause, previous song, next song
Support all Bluetooth devices, then hang up, reject the call, call back to the last number
specification:
Voltage: 3.7 volts
Talk time: 14 hours
Main chip: 3.0 + EDR
Speakers: 30 speakers
Standby time: 250 hours
Bluetooth version: V3.0 + EDR
Compatible: V2.1, V2.0, V1.1
Charge and discharge protection: IC
Rechargeable battery: lithium polymer
Frequency range: 2.4G
Frequency response range: 20-20 KHZ
Transmitting power: Class2
Transmission frequency: 2.4 GHz
Transmission distance: 10 meters
Average sensitivity: 105DB (at 1 KHZ + 3 DB