BBTO Nerd Glasses with Clear Lenses Retro Wizard Thick Funny Glasses Fancy Dress Costume Eyewear for Adults(Rectangular)

• Black rectangular Design: the rectangular lenses of the glasses for adults make you look like a nerd, giving the impression of severe vision impairment and make you look more funny, you can also share this funny glasses with your partners
• Suitable Size: the costume glasses measure about 2.24 inches/ 57 mm in lens width, 1.81 inches/ 46 mm in lens height, 0.67 inch/ 17 mm in bridge width, and 5.16 inches/ 131 mm in temple length, suitable for both adults and children; The proper size can also for many kinds of faces, giving you a distinctive outlook
• Quality Material: the black rectangular glasses are made of plastic, comfortable to wear, and they can be applied multiple times; They are also not easy to break so that can bring you a nice wearing experience
• Wide Range of Application Scenarios: the nerd glasses can be applied in many kinds of dress up parties, Halloween, reading day, children's school dress up parties and more; You will be the attractive person in the crowd
• Warm Tips: the lens of kids fancy dress glasses may fall off during transportation, but it will not affect the use and can be quickly installed by yourself; They can be nice daily decoration for most people

Features: The rectangular costume glasses can be a nice gift for your friends, and they can be applied for photo prop. You can wear this pair of nerd glasses to make your photo more distinctive. The joke glasses with clear lens and black frame are cute designed. The black color can be matched with many kinds of clothes or accessories that you can create your own styles as you like. Specifications: Material: plastic Color: black Size: about 2.24 inches/ 57 mm in lens width, 1.81 inches/ 46 mm in lens height, 0.67 inch/ 17 mm in bridge width, and 5.16 inches/ 131 mm in temple length Package includes: 1 Pair of nerd glasses Notes: Manual measurement, please allow slight errors on size. The color may exist a slight difference due to different screen displays.