Amazon Fire HD 10 Compatible 3.5mm Headset Headphone Splitter Earbuds Audio Jack Y Adapter Dual Port Black

BE SAFE

WE ONLY SOURCE

FROM OFFICIAL SUPPLIERS

From United States

To International

In 5-10 Days

US$19.99 Shipping Fees for any Order

GRAND SELECTION

Think of it and most probably we have it among our grand selection of products!

AMAZING PRICES

Get ready for the amazing and best Supps prices ever!

FIXED RATE DELIVERY

Get your order anywhere on this planet within 5-10 days with a fixed rate of $19.99 (no matter the size of your order)

+1 (844)-467 8777

PHONE:

+1 (844)-467 8777

Amazon Fire HD 10 Compatible 3.5mm Headset Headphone Splitter Earbuds Audio Jack Y Adapter Dual Port Black

Regular Price: US$35.99

Special Price US$29.99

Availability: In stock

Supplier: SNHDIGITAL

Category: Electronics Headphones & Earphones & Accessories Adapters

Qty:

3.5mm Headset Headphone Splitter Earbuds Audio Jack Y Adapter Dual Port Black. To connect two pairs of headphones to one output port. This splitter audio video accessory offer a variety of ways to install expand and upgrade stereo and home theater systems. This Speaker and Headphone Splitter connects two mini-stereo headphones or speakers to the same jack on your mobile digital device portable cassette or CD player. Connects two stereo speakers or headphones to the 3.5mm stereo jack on your iPad, iPhone, iPod, Tablet, Smartphone, MP3 or any device with 3.5mm input. Comes in Bulk Packaging (Non-Retail Package).

Works with Smartphones, iPhones, Tablets, iPads, iPods, MP3 players, Laptops and more with a 3.5mm headphone jack. Comes in Bulk Packaging (Non-Retail Package). Color BLACK. Total length is approximately 7 inches (18cm), cable length is 4.5 inches (11cm). Enjoy music and movies for two Convenient and stylish. Input: 1 male 3.5mm stereo plug Output: 2 female 3.5mm stereo plugs. A stereo 3.5mm male plug connector and two stereo female 3.5mm jacks on the other end. This adapter will allow you to plug two headphones into one jack. Excellent sound reproduction and signal to noise ratio.