Mens 601/8G Black RB4165 Justin Rubber Sunglasses
Refresh your collection of accessories with the Justin sunglasses by Ray-Ban®. These stylish shades feature a modern redesign of the classic Wayfarer shape with slightly larger rectangle lenses. The design also has a sleek flattened bridge, a rubberised frame, plus trendy tinted lenses. Add these fashionable sunglasses to your holiday collection to protect you from the sun in style.• Front colour: Black
• Lens Material: Plastic
• Lens Properties: Standard
• Lens Colour: Grey gradient
• Size: 55
• Dimensions: Bridge Lens: 16mm, Height: 44.9mm, Temple Length: 145mm
• Gradient lenses are characterized by a smooth transition from a solid colour to a transparent shade of the same colour.
• Lens Material: Plastic
• Lens Properties: Standard
• Lens Colour: Grey gradient
• Size: 55
• Dimensions: Bridge Lens: 16mm, Height: 44.9mm, Temple Length: 145mm
• Gradient lenses are characterized by a smooth transition from a solid colour to a transparent shade of the same colour.
$65.22
Original: $186.34
-65%Mens 601/8G Black RB4165 Justin Rubber Sunglasses—
$186.34
$65.22





Description
Refresh your collection of accessories with the Justin sunglasses by Ray-Ban®. These stylish shades feature a modern redesign of the classic Wayfarer shape with slightly larger rectangle lenses. The design also has a sleek flattened bridge, a rubberised frame, plus trendy tinted lenses. Add these fashionable sunglasses to your holiday collection to protect you from the sun in style.• Front colour: Black
• Lens Material: Plastic
• Lens Properties: Standard
• Lens Colour: Grey gradient
• Size: 55
• Dimensions: Bridge Lens: 16mm, Height: 44.9mm, Temple Length: 145mm
• Gradient lenses are characterized by a smooth transition from a solid colour to a transparent shade of the same colour.
• Lens Material: Plastic
• Lens Properties: Standard
• Lens Colour: Grey gradient
• Size: 55
• Dimensions: Bridge Lens: 16mm, Height: 44.9mm, Temple Length: 145mm
• Gradient lenses are characterized by a smooth transition from a solid colour to a transparent shade of the same colour.























