B.Siegel Sunglasses
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Product Info:
- Black glossed tortoiseshell acetate craftedÂ
- Anti-Reflective* gradient black lensesÂ
- 9K Polished yellow gold hardware crafted in Germany
- Temple length 14.5cm
- Bridge width 14.3cm
- G moulded metal hinge
- 'Geedup Core Logo, Play For Keeps & B. Siegel v1 inside frame
-
Includes hard protective case & wiping cloth
*Â An anti-reflective coating decreases the amount of light reflecting from the front and back surfaces of your eyeglass lenses. When there are lots of light sources in the scene you are looking at, all of the reflections from the surfaces of the lenses are perceived as glare.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
B.Siegel Sunglasses
B.Siegel Sunglasses
Â
Product Info:
- Black glossed tortoiseshell acetate craftedÂ
- Anti-Reflective* gradient black lensesÂ
- 9K Polished yellow gold hardware crafted in Germany
- Temple length 14.5cm
- Bridge width 14.3cm
- G moulded metal hinge
- 'Geedup Core Logo, Play For Keeps & B. Siegel v1 inside frame
-
Includes hard protective case & wiping cloth
*Â An anti-reflective coating decreases the amount of light reflecting from the front and back surfaces of your eyeglass lenses. When there are lots of light sources in the scene you are looking at, all of the reflections from the surfaces of the lenses are perceived as glare.
Original: $281.83
-65%$281.83
$98.64Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Â
Product Info:
- Black glossed tortoiseshell acetate craftedÂ
- Anti-Reflective* gradient black lensesÂ
- 9K Polished yellow gold hardware crafted in Germany
- Temple length 14.5cm
- Bridge width 14.3cm
- G moulded metal hinge
- 'Geedup Core Logo, Play For Keeps & B. Siegel v1 inside frame
-
Includes hard protective case & wiping cloth
*Â An anti-reflective coating decreases the amount of light reflecting from the front and back surfaces of your eyeglass lenses. When there are lots of light sources in the scene you are looking at, all of the reflections from the surfaces of the lenses are perceived as glare.
