<ul><li>SPECIFICATIONS : Model : P8801 / Temple Length : 150mm / Lens Width : 48mm / Bridge Size : 21mm / Frame Material : Metal & Polyamide / Gender : Unisex / Type : Rectangular Reading Glasses / Made In Italy</li><li>The P8801 Reading Glasses : Out with the old and in with the new! With the Porsche Design reading glasses , you get to browse your favorite newspaper, paperbound, hardbound, or scroll through your phone easier!</li><li>Contemporary Style for a Stylish Look : style that will make you look dapper, making it a great accessory to your ensemble. The trendy look adds a bit of "oomph" to your day whenever you wear it!</li><li>High-Quality Frame & Lenses : The semi-rimless frame is made from stainless steel with polyamide temples. The lenses are made from scratchproof plastic that also protects your eyes against UV rays.</li><li>Various Prescriptions : The Porsche Design P8801 reading glasses are available in 4 magnification Strength of 1, 1.5, 2, 2.5 and 3 . Press the -Select- button to select the strength you need .</li></ul><br><br>Description<br><br>The P8801 - A Stylish Essential for Your Reading Needs . Keep up with the times and stay stylish with The Porsche Design P8801 reading glasses! Enjoy your favorite newspaper, paperbound, hardbound, online articles, or scroll through your smartphone on your frequent social media feeds without much difficulty. Creatively made to make you look fashionable and add a little bit of "oomph" to your daily ensemble even when you're at home or outdoors. The semi-rimless frame is made from a stainless steel material with polyamide temples, making it more durable and long-lasting. The lenses are made from sturdy plastic material with a scratchproof surface so you can still wear them comfortably for years to come. It's also designed to protect your eyes from harmful UV rays. Whether it be for your mom, dad, uncle, auntie, grandma, or grandpa, these reading tool are something that you'll surely like.

Porsche Design P8801 Iconic Reading glasses (C - Gold , White, 1.00, multiplier_x)