Headphone Stand, Bamboo Wood & Aluminum Headset Holder Gaming, Desktop Art Display Hanger, Earphone Storage Bracket with Metal Base,Light
Product Information
About
SIMPLE MODELING DESIGN --- Only for simplicity, smooth three-dimensional line design, simple modeling, the overall rounded, for the home to add artistic style
BAMBOO AND METAL FUSION --- To break the traditional pattern, the challenge of bamboo and metal craftsmanship of the new height, enhanced aluminum alloy base, corrosion resistance, more delicate texture, do not have to worry about the "top-heavy" unstable to prevent the headset fall, affecting the sound quality!
PERFECT CARE --- Bamboo wood has good stability, good elasticity naturally fit to support the headset beam, uniform force, not easy to deform; metal base, placed under the soft silicone pad anti-slip while protecting the desktop is not scratched!
SIMPLE STORAGE --- Hanging headphones, product size: 235*94*45 (mm) for most headphones
PERFECT GIFT --- Stylish appearance and high quality aluminum alloy+bamboo wood+silicone material, it's a great holiday gift for your family, friends and parents
Product Description
Wood Aluminum Headphone Stand Gaming Headset Earphone Display Rack Hanger Holder Bracket Headsets Storage AccessoriesFeature:Heavy metal chassis + anti-skid silicone pad, head can be suspended 3kg, stable anti-slip.Bamboo and wood have good stability, good elasticity, natural fit and support earphone beam, uniform stress, and not easy to deform.There is a soft silicone pad under the metal base, which is anti-skid and can protect the desktop from scratching.Hang up the headphones without taking up desktop space.Specification:Material: bamboo wood + aluminum alloy + silica gelSize: 230*90*55mmApplicable for most headphones on the marketColor: Silver, GreyNote:The earphone is not included; For display only!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.
