EDX Ultra Ergonomic In Ear Headphones Dynamic In-Ear Earphone Noise Cancelling 3.5mm Plug for Music Sport Game
Feature:
1. HiFi Dynamic Earphones: EDX Ultra has carefully developed new dual magnetic circuit dynamic earphones. The magnetic flux continues to increase above the original one, making the middle and low frequency sound more saturated and smooth, and showing more outstanding performance for the shock of bass.
2. Excellent Texture: The imported resin chamber is matched with bright metal accessories, and the resin inlay technology is used to closely fit the chamber with the metal cover, showing the excellent texture of earphones.
3. Ergonomic: After collecting a large number of human body wearing data, the radian of the front chamber housing and the tilt angle of the catheter are continuously designed and optimized, effectively reducing the foreign body feeling of wearing earplugs, which is suitable for long wearing and listening.
4. With Ear Caps: Three pairs of silicone earcaps of different sizes, large, medium and small, are attached inside, which fit the ear canal without expanding the ear, and have good airtightness, effectively reduce external noise, and enjoy every moment of music quietly. Improved 2PIN plug structure.
5. Satisfaction Guarantee: We strive to provide each customer with the highest standard of customer service to ensure you have a pleasant shopping experience. If you have any issues, inquiries or need assistance, please feel free to contact us directly.

 

Specification:
Model: EDX Ultra
Color: black
Sound generation principle: dynamic coil
Wearing mode: in ear
Chamber material: metal+plastic
Frequency response range: 20-40000Hz
Impedance: 23.5 Ω
Sensitivity: 112dB
Plug type: 3.5mm
Wire length: 120cm ± 3cm
Type: Wired
Weight: 75g ± 5g
Package size: about 102 * 72 * 32mm/4.02 * 2.83 * 1.26inch

Note:
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 1-2cm measuring deviation due to manual measurement.