Product Description
#Design & Features#
The SINNER Oak Sunglasses combine cutting-edge lens technology with responsible design for uncompromising performance and style. Featuring polarised polycarbonate lenses with a striking mirror finish, these sunglasses significantly reduce glare and enhance visual clarity—ideal for high-glare environments like water, snow, or bright urban settings.
With Category 3 lenses, they offer strong sunlight protection and 100% UV protection, keeping your eyes safe from harmful UVA and UVB rays. Built for durability and comfort, they include integral steel screw hinges and are nickel-free, making them suitable for sensitive skin.
Crafted from innovative CX material, the frames are BPA-free and 100% recyclable whilst the lightweight design offers everyday wearability. Whether you're out enjoying the countryside or navigating the city, the SINNER Oak sunglasses deliver high-performance eye protection with a modern twist.
##Use & Storage##
SINNER recommends storing sunglasses in the provided microfibre sunglass bag or sunglass case in a dry and cool place, never in direct sunlight and at a temperature between -5ËšC and +25ËšC / 23 and 77 Fahrenheit.
**Never store in a car**
We would like to point out that sunglasses should never be left on a dashboard or in a car glove compartment as temperatures can easily exceed 80ËšC in them.
**Hard or rough surfaces**
Avoid contact with hard or rough surfaces to prevent damage to the lens.
**Microfibre pouch**
Use the microfibre bag or microfibre cleaning cloth that comes with the sunglasses to clean them. Alternatively, use tap water and a dry, dust-free cloth.
**Cleaning products**
SINNER stresses that sunglasses should never be cleaned with any detergent. Cleaning agents often contain chemicals that can damage the materials of the glasses. The same applies to hygiene/moist wipes.
**Sunscreen products**
Take extra care when applying sunscreen to the skin in combination with wearing SINNER sunglasses. Sunscreen products often contain chemicals that may affect the materials of the glasses.
